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PROGRAMME OF THE EUROPEAN UNION #EUSpace

COPERNICUS

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EGNOS component of theEU Space Programme: enabling the useof GNSS signalsfor safety-of-lifeapplications in aviation

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FROM EARTHTO DEEP SPACE

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AP 210x297 From Earth to deep space.indd 1AP 210x297 From Earth to deep space.indd 1 02/08/2022 14:1202/08/2022 14:12

For a safe, secure and sustainable use of space

AN EU APPROACH TOSPACE TRAFFIC MANAGEMENT

#EUSpace

293 European Satellitesalready monitored for collision risks

140 organisationsfrom 22 Member States benefitting from EU SST and Space Situational Awareness (SSA)

Enhancing EU Space Surveillance and Tracking (SST) capabilitiesand establishing Space Traffic Management (STM) regulatory standards

towards the promotion of the EU STM approachat a global level

PROGRAMME OF THE EUROPEAN UNION

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6 7

Contents

1 Information . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 71.1 InformationforAuthors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .71.2 CongressProceedingsandVirtualTechnicalGallery . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .71.3 SpeakerPreparationRoom . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .71.4 IAFApp . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .71.5 CertificatesofAttendanceandPresentation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .71.6 FloorPlans . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .8

2 Technical Sessions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 92.1 TechnicalSessionsataGlance . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .92.2 TechnicalSessionsbyDay . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10

3 Keynote Speakers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17

4 Special Sessions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 294.1 SpecialSessionsataGlance . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 294.2 SpecialSessionsperDay . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 30

5 InteractivePresentationsSessions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 445.1 CategoryCoordinatorsandMembersoftheIPAwardCommittee . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 445.2 IPSessionsandIPAwardCeremony . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 455.3 InteractivePresentationsFloorPlans . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 455.4 InteractivePresentationsSchedule . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 46

6 Technical Sessions by Symposium . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 76

7 TechnicalPapersbySymposium . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 83

1 Information

1.1 InformationforAuthors

AllauthorsareaskedtouploadtheirmanuscriptsandmultimediapresentationspriortotheCongressinordertomakethemavailabletoallparticipantsontheonlineProceedingsofthe73rdIAC.

Youcanstillupdateyourmanuscriptsthroughthe IAFplatform:https://iafastro.directory/iac/account/login/.Multimediapresenta-tionscanbeuploadedintheSpeakerPreparationRoom.YourpresentationwillbeautomaticallypreloadedonthecomputerintheTechnicalSessionRoom.PleasenotethatspeakersarenotallowedtoinsertUSBmemorysticksintothecomputersintheTechnicalSessionrooms.Therefore,allupdatesneedtobeuploadedbeforetheTechnicalSessiontakesplace.Ourhelpdeskteamwillassistyou inuploadingpresentationsduringoperatinghours.SpeakersarerequestedtoreporttotheirallocatedTechnicalSessionroom20minutespriortothestartoftheirsessiontomeetwiththeirSessionChairandtochecktheirpresentation.Donotforgettobringtwoprintedcourtesycopiesofyourmanuscriptandabackup-copyofyourpresentation.SomeSessionChairsmightalsoaskyouforashortbiographytointroduceyouatthesession.

1.2 CongressProceedingsandVirtualTechnicalGallery

TheIAC2022Proceedingsareavailableonapasswordprotectedsite.TheCongressparticipantswillbeprovidedwithalinkandonlinepasswordtologinandaccesstheCongressProceedings.Ifyoudidnotreceivethepassword,pleasecontact:[email protected] . IACpaperswillbeindexedinthelargestcitedreferenceenhancedmultidisciplinarydatabases:Elsevier’sSCOPUSandCompendex.

ThematerialspublishedaspartoftheTechnicalProgramme(LightningTalks,VideoLecturesandPapers)willbemadeavailabletotheCongressDelegatesthroughtheIAC2022VirtualTechnicalGallery .

1.3 SpeakerPreparationRoom

Authorswhomissed thedeadline for presentation submissionorwhowish toupdate/review their presentation cando so in theSpeakerPreparationRoom.Authorsarerequiredtobringaback-upcopyoftheirpresentationonaUSBMemoryStick.Videocontentshouldbesavedasseparatefiles.

Location:Location:ParisConventionCenter,Hall7.3

Openinghours: Saturday17September,14:00-18:00 Sunday18September-Wednesday21September,08:30-18:00 Thursday22September,08:30-13:00

1.4 IAFApp

ThefullTechnicalProgrammeisalso incorporatedwithinthe IAFApp,whichwillmake iteasiertofollowtheentirecontentandenableyoutobestplanyourparticipationandchoosetheeventsfromtheTechnicalProgrammetoattend.

1.5 CertificatesofAttendanceandPresentation

CertificatesofAttendanceandPresentationareavailableonrequestattheIAFSecretariatOffice.Claimsofhoursofapplicabilitytowardprofessionaleducationrequirementsaretheresponsibilityoftheparticipant.

AUTH

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TECHNICAL SESSIONS PAPERS

SPECIAL SESSIONS

KEYNOTE SPEAKERS

TECHNICAL SESSIONS

INTRODUCTION

https://iafastro.directory/iac/account/login/

mailto:[email protected]

https://dl.iafastro.directory/gallery/talk/IAC-2022/

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1.6 FloorPlans

REGISTRATION

EXIT ONLY

MA

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EXHIBITIONACCESS TO THE SESSION ROOMS

ACCESS TO THE SESSION ROOMS

IAF MEMBERSLOUNGELOUNGE

ACCESS TO HALLS 7.2, 7.3 AND 7.4

721

722

723

724

725

726

727

728

742

743

741B 741C

TERMINAL 7

741A

744

745

746

747

ACCESS TO HALLS 7.1, 7.2 AND 7.3.

ACCESS TO HALLS 7.1, 7.2 AND 7.3.

TERRACE GARDENS

Hall 7.4

PARISNORTH

PARISSOUTH

EXHIBITIONACCESS TO EXHIBITION

E08A/B

E07A/B

E06A/B

E05A/B

E04A/B

E03A/B

E02A/B

E01A/B

N01

S01 S02 S03

SPEAKERPREPA-RATION ROOM

S04 S05 S06

N02 N03 N04

W08

W07

W06

W05

W04

W03

W02

W01

ACCESS TO EXHIBITION

731

732

733

734

735

736

737

738

ACCESS TO ALL MEETING ROOMS HALL 7.4

ACCESS TO TERMINAL 7

Hall 7.3

Hall 7.1

Hall 7.2

PRESSCENTRE

REGISTRATION

PRESSCENTRE

EXIT ONLY

EXHIBITION

ACCESS TO THE

SESSION ROOMS

LOUNGE

IAF MEMBERSLOUNGE

ACCESS TO THE

SESSION ROOMS

721

MAIN

ENTR

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722

723

724

725

726

727

728

PARISNORTH

PARISSOUTHEXHIBITION


E08A/BE07A/B

E06A/BE05A/B

E04A/BE03A/B

E02A/BE01A/B

N01

S01S02

S03 SPEAKERPREPA-RATION ROOM

S04S05

S06

N02

N03

IAF

N04

W08W07

W06W05

W04W03

W02W01


731

732

733

734

735

736

IP A

REA

737

738

742

743

741B 741CTERMINAL 7

741A

744

745

746

747

ACCESS TO HALLS

7.1, 7.2

AND 7.3.

TERRACE GARDENS

Hall 7.4

Hall 7.3

Hall 7.2

Hall 7.1

SESSIONROOMS

IAFIP

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2.1 TechnicalSessionsataGlance

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E1.3

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E1.6

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AUTH

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INTRODUCTION

10 11

2 .2 Technical Sessions by Day

No . Title RoomB3.IP InteractivePresentations-IAFHUMANSPACEFLIGHTSYMPOSIUM IPArea

Sunday,18September2022

15:15 TechnicalSessions

No . Title RoomA1.1 Behaviour,PerformanceandPsychosocialIssuesinSpace W05A2.1 GravityandFundamentalPhysics W04A3.1 SpaceExplorationOverview N04A6.7 OperationsinSpaceDebrisEnvironment,SituationalAwareness-SSA S04B1.1 InternationalCooperationinEarthObservationMissions W02B2.8-GTS.3 SpaceCommunicationsandNavigationGlobalTechnicalSession W07B3.1 GovernmentalHumanSpaceflightProgrammes(Overview) S03B4.2 SmallSpaceScienceMissions S02B5.1 ToolsandTechnologyinSupportofIntegratedApplications 731/732C1 .1 AttitudeDynamics(1) S05C2 .1 SpaceStructuresI-DevelopmentandVerification(SpaceVehiclesandComponents) W06C4 .1 LiquidPropulsion(1) W08D1.1 InnovativeandVisionarySpaceSystems W03D2.1 LaunchVehiclesinServiceorinDevelopment S06D4.1 InnovativeConceptsandTechnologies E06BE1.1 Ignition-PrimarySpaceEducation E08BE2.1 StudentConference-Part1 E03AE5.1 SpaceArchitecture:Habitats,Habitability,andBases W01E7.1 IISLHighlightlectureandYoungScholarsession S01E9.2 Cyber-basedsecuritythreatstospacemissions:establishingthelegal,institutionalandcollab-

orativeframeworktocounteractthemE04B

Monday,19September2022


No . Title RoomA1.2 HumanPhysiologyinSpace W05A3.2A MoonExploration–Part1 N04A4.1 SETI1:SETIScienceandTechnology W04A6.9 OrbitDeterminationandPropagation-SST S04B2.1 AdvancesinSpace-basedNavigationTechnologies 731/732B3.2 CommercialHumanSpaceflightProgrammes S03B4.1 23rdWorkshoponSmallSatelliteProgrammesattheServiceofDevelopingCountries S02C1 .2 AttitudeDynamics(2) S05

No . Title RoomC2 .2 Space Structures II - Development and Verification (Deployable and Dimensionally Stable

Structures)W06

C3 .1 SolarPowerSatellite W02C4 .3 SolidandHybridPropulsion(1) W08D1.2 SpaceSystemsArchitectures W03D2.3 UpperStages,SpaceTransfer,Entry&LandingSystems S06D4.2 ContributionofMoonVillagetoSolvingGlobalSocietalIssues E06BD5.1 QualityandSafety,achallengeforallinSpace W01D6.1 CommercialSpaceflightSafetyandEmergingIssues W07E1.2 LiftOff-SecondarySpaceEducation E08BE2.2 StudentConference-Part2 E03AE3.1 International cooperation in using space for sustainable development: The “Space2030”

agendaE04B

E6.4 StrategicRiskManagementforSuccessfulSpace&DefenceProgrammes 733/734E7.2 DisputeSettlement S01


No . Title RoomA1.3 MedicalCareforHumansinSpace W05A3.2B MoonExploration–Part2 N04A4.2 SETI2:SETIandSociety W04A6.4 Mitigation-Tools,TechniquesandChallenges-SEM S04B2.2 AdvancesinSpace-basedCommunicationSystemsandServices,Part1 731/732B3.3 Utilization&ExploitationofHumanSpaceflightSystems S03B4.3 SmallSatelliteOperations S02B6.3 MissionOperations,Validation,SimulationandTraining E03AC1 .3 Guidance,NavigationandControl(1) S05C2 .3 SpaceStructures-DynamicsandMicrodynamics W06C3 .2 WirelessPowerTransmissionTechnologiesandApplication W02C4 .5 ElectricPropulsion(1) W08D1.3 TechnologiestoEnableSpaceSystems W03D2.2 LaunchServices,Missions,Operations,andFacilities S06D4.3 ModernDaySpaceElevatorsEnteringDevelopment E06BE1.3 OnTrack-UndergraduateSpaceEducation E08BE2.3-GTS.4 StudentTeamCompetition W07E3.2 Thefutureofspaceexplorationandinnovation E04BE5.2 IsSpaceR&DTrulyFosteringABetterWorldForOurFuture? W01E6.3 Innovation:TheAcademics’Perspectives 733/734E7.3 BalancingNeeds:ProtectionofSpaceScience S01 AU

THOR

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12 13

Tuesday,20September2022


No . Title RoomA2.2 FluidandMaterialsSciences W04A3.3A MarsExploration–missionscurrentandfuture N04A5.1 HumanExplorationoftheMoonandCislunarSpace W03A6.3 Impact-InducedMissionEffectsandRiskAssessments S04B1.2 FutureEarthObservationSystems W02B2.3 AdvancesinSpace-basedCommunicationSystemsandServices,Part2 731/732B3.4-B6.4 Flight&GroundOperationsaspectsofHumanSpaceflight-JointSessionoftheIAFHuman

SpaceflightandIAFSpaceOperationsSymposiaS03

B4.4 SmallEarthObservationMissions S02C1 .4 Guidance,NavigationandControl(2) S05C2 .4 AdvancedMaterialsandStructuresforHighTemperatureApplications W06C4 .2 LiquidPropulsion(2) W08C4 .4 SolidandHybridPropulsion(2) W05D2.4 FutureSpaceTransportationSystems S06D3.1 Strategies&ArchitecturesastheFrameworkforFutureBuildingBlocksinSpaceExploration

andDevelopmentE06B

D5.2 Knowledgemanagementinthedigitaltrasformation W01D6.3 Enablingsafecommercialspaceflight:vehiclesandspaceports W07E1.4 InOrbit-PostgraduateSpaceEducation E08BE2.4 EducationalPicoandNanoSatellites E03AE3.3 Economicanalysisofbothactualandpotentialfuturebenefitsfromspaceactivitiesandappli-

cationstonationsandpeoples.E04B

E6.2 FinanceandInvestment:ThePractitioners’Perspectives 733/734E7.4 SpaceSustainability S01


No . Title RoomA1.4 MedicineinSpaceandExtremeEnvironments W05A2.3 MicrogravityExperimentsfromSub-OrbitaltoOrbitalPlatforms W04A3.3B MarsExploration–Science,InstrumentsandTechnologies N04A5.2 HumanExplorationofMars W03A6.2 ModelingandRiskAnalysis S04B1.3 EarthObservationSensorsandTechnology W02B2.4 AdvancesinSpace-basedCommunicationSystemsandServices,Part3 731/732B3.5 AstronautTraining,Accommodation,andOperationsinSpace S03B4.5 AccesstoSpaceforSmallSatelliteMissions S02B5.2 IntegratedApplicationsEnd-to-EndSolutions E03AC1 .5 Guidance,Navigation&Control(3) S05C2 .5 AdvancementsinMaterialsApplicationsandRapidPrototyping W06C4 .6 ElectricPropulsion(2) W08D2.5 TechnologiesforFutureSpaceTransportationSystems S06

No . Title RoomD3.2A Systemsand Infrastructuresto ImplementSustainableSpaceDevelopmentandSettlement

-SystemsE06B

E1.5 EnablingtheFuture-DevelopingtheSpaceWorkforce E08BE3.4 AssuringaSafe,SecureandSustainableEnvironmentforSpaceActivities E04BE4.1 Memoirs&OrganisationalHistories 733/734E5.3 ContemporaryArtsPracticeandOuterSpace:AMulti-DisciplinaryApproach W01E6.5-GTS.1 EntrepreneurshipAroundtheWorld W07

Wednesday,21September2022


No . Title RoomA1.5 RadiationFields,EffectsandRisksinHumanSpaceMissions W05A2.4 ScienceResultsfromGroundBasedResearch W04A3.4A SmallBodiesMissionsandTechnologies(Part1) N04A6.5 PostMissionDisposalandSpaceDebrisRemoval1-SEM S04A7.1 SpaceAstronomymissions,strategiesandplans E04BB1.4 EarthObservationDataSystemDevelopmentandManagement W02B2.5 AdvancesinSpace-basedCommunicationTechnologies,Part1 731/732B3.6-A5.3 HumanandRoboticPartnershipsinExploration-JointsessionoftheIAFHumanSpaceflight

andIAFExplorationSymposiaS03

B4.6B GenericTechnologiesforNano/PicoPlatforms S02B5.3 SatelliteCommercialApplications E03AC1 .6 MissionDesign,Operations&Optimization(1) S05C2 .6 SpaceEnvironmentalEffectsandSpacecraftProtection W06C3 .3 AdvancedSpacePowerTechnologies W07C4 .7 HypersonicAir-breathingandCombinedCyclePropulsion,andHypersonicVehicle W08D1.4A SpaceSystemsEngineering-Methods,ProcessesandTools(1) W03D2.6 FutureSpaceTransportationSystemsVerificationandIn-FlightExperimentation S06D4.4 StrategiesforRapidImplementationofInterstellarMissions:PrecursorsandBeyond E06BD5.3 Prediction,Testing,MeasurementandEffectsofspaceenvironmentonspacemissions W01E1.6 CallingPlanetEarth-SpaceOutreachtotheGeneralPublic E08BE4.2 ScientificandTechnicalHistories 733/734

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No . Title RoomA1.IP InteractivePresentations-IAF/IAASPACELIFESCIENCESSYMPOSIUM IPAreaA2.IP InteractivePresentations-IAFMICROGRAVITYSCIENCESANDPROCESSESSYMPOSIUM IPAreaA3.IP InteractivePresentations-IAFSPACEEXPLORATIONSYMPOSIUM IPAreaA4.IP InteractivePresentations -51st IAASYMPOSIUMONTHESEARCHFOREXTRATERRESTRIAL

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A5.IP InteractivePresentations-25thIAASYMPOSIUMONHUMANEXPLORATIONOFTHESOLARSYSTEM

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A6.IP InteractivePresentations-20thIAASYMPOSIUMONSPACEDEBRIS IPAreaA7.IP Interactive Presentations - IAF SYMPOSIUM ON FUTURE SPACE ASTRONOMY AND SPACE

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B1.IP InteractivePresentations-IAFEARTHOBSERVATIONSYMPOSIUM IPAreaB2.IP InteractivePresentations-IAFSPACECOMMUNICATIONSANDNAVIGATIONSYMPOSIUM IPAreaB4.IP InteractivePresentations-29thIAASYMPOSIUMONSMALLSATELLITEMISSIONS IPAreaB5.IP InteractivePresentations-IAFSYMPOSIUMONINTEGRATEDAPPLICATIONS IPAreaB6.IP InteractivePresentations-IAFSPACEOPERATIONSSYMPOSIUM IPAreaC1.IP InteractivePresentations-IAFASTRODYNAMICSSYMPOSIUM IPAreaC2.IP InteractivePresentations-IAFMATERIALSANDSTRUCTURESSYMPOSIUM IPAreaC3.IP InteractivePresentations-IAFSPACEPOWERSYMPOSIUM IPAreaC4.IP InteractivePresentations-IAFSPACEPROPULSIONSYMPOSIUM IPAreaD1.IP InteractivePresentations-IAFSPACESYSTEMSSYMPOSIUM IPAreaD2.IP Interactive Presentations - IAF SPACE TRANSPORTATION SOLUTIONS AND INNOVATIONS

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D4.IP Interactive Presentations - 20th IAA SYMPOSIUM ON VISIONS AND STRATEGIES FOR THEFUTURE

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D5.IP Interactive Presentations - 55th IAA SYMPOSIUMON SAFETY, QUALITY AND KNOWLEDGEMANAGEMENTINSPACEACTIVITIES

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D6.IP InteractivePresentations-IAFSYMPOSIUMONCOMMERCIALSPACEFLIGHTSAFETYISSUES IPAreaE1.IP InteractivePresentations-IAFSPACEEDUCATIONANDOUTREACHSYMPOSIUM IPAreaE3.IP Interactive Presentations - 35th IAA SYMPOSIUM ON SPACE POLICY, REGULATIONS AND

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E4.IP InteractivePresentations-56thIAAHISTORYOFASTRONAUTICSSYMPOSIUM IPAreaE5.IP InteractivePresentations-33rdIAASYMPOSIUMONSPACEANDSOCIETY IPAreaE7.IP InteractivePresentations-IISLCOLLOQUIUMONTHELAWOFOUTERSPACE IPAreaE9.IP InteractivePresentations-IAFSYMPOSIUMONSECURITY,STABILITYANDSUSTAINABILITYOF

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E10.IP Interactive Presentations - IAF SYMPOSIUM ON PLANETARY DEFENSE AND NEAR-EARTHOBJECTS

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No . Title RoomA1.6 AstrobiologyandExploration W05A2.5 FacilitiesandOperationsofMicrogravityExperiments W04A3.5 SolarSystemExplorationincludingOceanWorlds N04A6.6 PostMissionDisposalandSpaceDebrisRemoval2-SEM S04B1.5 EarthObservationApplications,SocietalChallengesandEconomicBenefits W02B2.6 AdvancesinSpace-basedCommunicationTechnologies,Part2 731/732B3.7 AdvancedSystems,Technologies,andInnovationsforHumanSpaceflight S03B4.7 ConstellationsandDistributedSystems S02B4.9-GTS.5 SmallSatelliteMissionsGlobalTechnicalSession W07B6.1 GroundOperations-SystemsandSolutions E03AC1 .7 MissionDesign,Operations&Optimization(2) S05C2 .7 SpaceVehicles–Mechanical/Robotic/Thermal/FluidicSystems W06C4.8-B4.5A JointSessionbetweenIAAandIAFforSmallSatellitePropulsionSystems W08D1.4B SpaceSystemsEngineering-Methods,ProcessesandTools(2) W03D2.7 SmallLaunchers:ConceptsandOperations S06D4.5 SpaceResources,theEnableroftheEarth-MoonEconosphere E06BE1.7 NewWorlds-Non-TraditionalSpaceEducationandOutreach E08BE3.6 FinancialViabilityandSuppliermonitoringintimesofeconomicvulnerability E04BE5.4 SpaceAssetsandDisasterManagement W01E6.1 EntrepreneurshipandInnovation:ThePractitioners’Perspectives 733/734E10.1 PlanetaryDefensefromAsteroidsandComets S01

Thursday,22September2022


No . Title RoomA1.7 LifeSupport,habitatsandEVASystems W05A2.6 MicrogravitySciencesonboardISSandbeyond W04A3.2C MoonExploration–Part3 N04A5.4-D2.8 SpaceTransportationSolutionsforDeepSpaceMissions S06A6.8-E9.1 Political,Legal,InstitutionalandEconomicAspectsofSpaceDebrisMitigationandRemoval

-STMSecurityS04

A7.2 ScienceGoalsandDriversforFutureExoplanet,SpaceAstronomyandSpacePhysics E04BB1.6 MitigatingtheClimateCrisisfromSpace W02B2.7 AdvancesinSpace-basedNavigationSystems,Services,andApplications 731/732B3.8 HumanSpace&Exploration S03B4.8 SmallSpacecraftforDeep-SpaceExploration S02B6.2 InnovativeSpaceOperationsConceptsandAdvancedSystems E03AC1 .8 OrbitalDynamics(1) S05C2 .8 SpecializedTechnologies,IncludingNanotechnology W06C4 .9 NewMissionsEnabledbyNewPropulsionTechnologyandSystems W08D1.5 LessonsLearnedinSpaceSystems:Achievements,Challenges,BestPractices,Standards W03

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No . Title RoomD3.2B Systemsand Infrastructuresto ImplementSustainableSpaceDevelopmentandSettlement

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D5.4 Cybersecurityinspacesystems,risksandcountermeasures W07E1.8 Hands-onSpaceEducationandOutreach I n t e r n a ti o n a l

StudentZoneE4.3 HistoryofFrenchContributiontoAstronautics 733/734E5.5 Sharingspaceachievementsandheritage:spacemuseumsandsocieties W01E7.5 SafetyZonesonCelestialBodiesandinOuterSpace S01


No . Title RoomA1.8 BiologyinSpace W05A2.7 LifeandPhysicalSciencesunderreducedGravity W04A3.4B SmallBodiesMissionsandTechnologies(Part2) N04A6.1 SpaceDebrisDetection,TrackingandCharacterization-SST S04A7.3 TechnologyNeedsforFutureMissions,Systems,andInstruments 731/732B3.9-GTS.2 HumanSpaceflightGlobalTechnicalSession W07B4.6A GenericTechnologiesforSmall/MicroPlatforms S02B6.5 LargeConstellations&FleetOperations E03AC1 .9 OrbitalDynamics(2) S05C2 .9 SmartMaterialsandAdaptiveStructures W06C3 .4 SpacePowerSystemforAmbitiousMissions W02C4 .10-C3 .5 JointSessiononAdvancedandNuclearPowerandPropulsionSystems W08D1.6 CooperativeandRoboticSpaceSystems W03D2.9-D6.2 EmergingSpaceVentures,includingSpaceLogisticsandSpaceSafetyforSustainability S06D3.3 SpaceTechnologyandSystemManagementPracticesandTools E06BE1.9 SpaceCulture–PublicEngagementinSpacethroughCulture E08BE5.6 SimulatingSpaceHabitation:Habitats,DesignandSimulationMissions W01E7.7 CurrentDevelopmentsinSpaceLawwithSpecialEmphasisonNationalSpaceLegislation S01E8.1 MultilingualAstronauticalTerminology E04BE10.2-A6.10 JointTechnicalSession:“Near-EarthObjects&SpaceDebris” S03

3 Keynote Speakers

Sunday18SeptemberB1 IAFEARTHOBSERVATIONSYMPOSIUM Date Time Room

Session:InternationalCooperationinEarthObservationMissions 2022-09-18 15:15 W02

Selma CherchaliHead of the Earth Observation Department,CentreNationald’EtudesSpatiales(CNES),France

KEYNOTE: B1.1 Committee on Earth Observation Satellites (CEOS): 2022 Report of Activities to the 73rdInternationalAstronauticalCongress

AbstractAsthe2022CEOSChair,CNESispleasedtoprovideanoverviewoftheongoingactivitiesofCEOStotheIAC.CEOSensuresinternationalcoordinationofcivilspace-basedEarthobservationprogrammesandpromotesexchangeofdatatooptimisesocietalbenefitandinformdecision-makingforaprosperousandsustainablefutureforhumankind.Forwelloverthreedecades,CEOS,whichtodayconsistsof34Membersand29Associates,substantivelyadvancesspace-basedEarthobservationeffortsthatnoonecountrycandoalone.Asthechallengesaffectingtheplanetbecomemorepronounced,morefrequent,andmoreacute,thisinternationalcooperationcontinuestoelevatesocietalbenefitatmultiplescales.Overthepastyear,CEOShassignificantlycontributedtotheadvancementofspace-basedEarthobservationcommunityefforts,providesanestablishedmeansofcommunicatingwithexternalorganisations,andenablesCEOSmembershiptounderstandandtoactupontheseorganisations’Earthobservationneedsandrequirements.CNESwilloutlinethekeyinitiativesundertakenin2022bytheCEOSChairandCEOSStrategicImplementationTeam,andwillpresentimportanthighlightsoftheCEOSorganisation.Prioritiesfor2022areplacedunderthebanner“PathstoSustainability:fromStrategytoPracticalMeasures”,withanemphasisontheevolutionofR&Danddemonstrationactivitiestoapplicationsandservices.

B3 IAFHUMANSPACEFLIGHTSYMPOSIUM Date Time Room

Session:GovernmentalHumanSpaceflightProgrammes(Overview) 2022-09-18 15:15 S03

David PARKERDirector of Human and Robotic Exploration,EuropeanSpaceAgency(ESA),Netherlands

KEYNOTE:B3.1ESA’sTerraeNovaeExplorationProgramme:StatusandStrategy2030+

AbstractESA’sspaceexplorationprogramme“TerraeNovae”encompassesallhumanandroboticactivitiesrelatedtotheexplorationandutili-sationofLEO,Moonandcis-lunarspace,andMars.ItsvisionistoexpandEurope’shumanpresenceintothesolarsystemusingroboticmissionsasprecursorsandabalanceofpartnershipsandEuropean-ledmissionsforMoonandMarsactivities,aimingatthehorizongoalofhumanMarsexploration.Theseexplorationactivitiespromisescientificdiscoveries,economicbenefits,promotionofglobalcoopera-tionandinspirationforsocietyandfuturegenerations.

ManyelementsoftheTerraeNovaeprogrammearealreadyatfullswing.Welookbackatmorethan20yearsofISSoperations,EuropeanastronautflightsandresearchinLEO,asweextendtheutilisationoftheISSanditsbenefitsuntil2030togetherwithourpartners.WecarrythepartnershipforwardtotheMoonwiththedevelopmentoftwoEuropean-ledelementsoftheGateway,namelytheinterna-tionalhabitatI-HABandtherefuellingelementESPRIT,aswellasthecontinuedproductionoftheEuropeanServiceModulefortheNASAOrionsystem.TheseelementssecurethefirstEuropeanAstronautmissionstocis-lunarspaceandopenaccesstoEuropeanscientistsforhuman-assistedscienceandresearchindeepspace,whileEuropeanindustrialcompetenceiscontributingtomanymoreinternationalelementsofcis-lunarexploration. Importantdesignconsolidationandpreparatoryactivitiesareongoing in theprogramme, like thedevelopmentoftheEuropeanLargeLogisticsLander(EL3)todeliverabout1.5tonsofcargoandsciencetothelunarsurfacerepeatedlyfrom2029,thedefinitionofanISRUdemonstrationpayloadtoflyinthemid-2020s,andtheconstructionoftheESA-DLRLUNAanaloguefacilityforlunaroperations,trainingandtechnologymaturation.EuropeancontributionstotheMarsSampleReturncampaigninpart-nershipwithNASAarebeingdevelopedforthenextleapinunderstandingtheredplanetaftertheEuropeanflagshipmissionExoMarswithRoscosmoslaunchesthisfall.

In2020,ESAhasengagedinatwo-yearprojecttodefinetheTerraeNovaelong-termstrategy,lookingto2030andbeyond,andinformingthenear-termdecisionsattheESAcouncilmeetingatministeriallevelin2022.Thisstrategyprovidesalong-termperspectivetomaintainEuropeancapabilitiesinLEOwithinthegrowingLEOeconomyandidentifiesEuropeanrolesandcontributionsinMoonandMarsexplo-ration.AfirstiterationofthestrategyroadmapwaspublishedinDecember2021,supportingtheambitionofESA’sAgenda2025tosendaEuropeanastronauttotheMoonsurfaceby2030andtoparticipatetohumanMarsexploration,anditwillberefinedandchallengedthroughoutthisyear.

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18 19

E5 33rdIAASYMPOSIUMONSPACEANDSOCIETY Date Time Room

Session:SpaceArchitecture:Habitats,Habitability,andBases 2022-09-18 15:15 W01

Jacques ROUGERIEPresident,FondationJacquesRougerie,France

KEYNOTE:E5.1SeaSpaceGeneration

AbstractMytalkwillsharemydreamsandpassionsforunderwaterandspaceresearchrelatedtobio-inspiredarchitectureandmyconviction:“Itisfromtheoceanandfromspacethatthedestinyoffuturecivilizationswillbeborn”.

Spaceandoceanexplorationaretwogreathumanadventuresfromwhichwearewitnessingtheemergenceofanewcivilization.Theyproducenewscientificandtechnologicalknowledgeandopennewperspectivesonearthwithadirectandincreasinglyvisibleimpactonourcurrentlifestyles:communication,mobility,urbanism,architecture,thusshapingthefutureofoursocieties...Mybio-inspiredarchitectureworkledforexampletoanunderwatervillageofftheVirginIslandsforthetrainingofastronautsundertheseainordertostudythesimilaritiesoflifeinextremespaceandoceanenvironments.SeaOrbiterismyultimateproject,asynthesisofmorethan30yearsofworkandexperimentsunderthesea,anoceanicresearchstationdriftingintheheartoftheoceanslikeISSdoesinspace.Itwillincludeapermanentunderwaterstationtostudythesimilaritiesoflifeinthetwoextremeenvironments.

Iwillmentionsomeofmyexperiences living inextremeenvironmentssuchasmyparticipation inunderwaterhabitats (AquariusofNOAA/NASAandTheChalupainFlorida)togetherwithastronautsandcosmonauts.Iwouldalsoliketoshareartisticandculturalactivi-ties,whichareinseparablefromthegreatexplorationsandhumanadventuressuchasthemusicalcreationoftheabysses,inTokyoBay,whichIimaginedtolistentotheheartbeatoftheearth.

Thepresentationwilladdressseveralotherprojects:thesolarsailracetothemoon(visibletothenakedeyefromtheearth);thelunarvillagethatcanaccommodateupto250internationalmultidisciplinaryastronautsforscientificandhumanresearch;theprototypelunarmodule“Eurohab”awardedbymyFoundation.

TheJacquesRougerieFoundationisdedicatedtosupportingthemomentumoftheyounggenerationtomakethenecessarybreaks,togivesupporttointernationalyoungarchitects,engineers, internationaldesignerswhowishtobuildfuturenewworldsandtotheartistswhoaccompanythem.ItencouragesattheinternationalleveltheaudacityandthearchitecturalinnovationaswellastheartisticcreationrelatedtotheworldoftheSeaandSpaceinordertodiscoverthenewvisionaries.IwillpresenttheFoundation’sInternationalAwardsforArchitectureandArtintheSeaandinSpacewhosewinners’projectsarepromotedinmajorinternationalconferencesandexhibitionsaswellasthroughpublicationsinthemediaaroundtheworld.

E7 IISLCOLLOQUIUMONTHELAWOFOUTERSPACE Date Time Room

Session:IISLHighlightlectureandYoungScholarsession 2022-09-18 15:15 S01

Armel KERRESTProfessor,UniversityofParisI,France

KEYNOTE:E7.1HighlightLecturebyProf.ArmelKerrest

AbstractThislectureexaminestheprocessofspacelawasithasdevelopedinthepast,andtakesaperspectiveonhowitstandstodevelopoverthenextseventyyears.Withmuchwrittenaboutcommercialspaceandtheincreasedpresenceofspaceinthemodernmedia,spacehasbecomeclosertothepeople.Itdeliversindispensablemeansforcommunication,navigationandtimingservices,andimportantpublicservicessuchasweatherforecasting.Itisalsoahorizonthatisopentofurtherscientificresearchandexploration.Thistalkhighlightssomeofthefuturechallengesalreadyunderdiscussiontoday,suchasresourcesmining,spacetrafficmanagement,andlonger-termmissions.Itexaminesthesewithinthelightofthelegalparametersapplicabletocommercialspace,intheframeworkofgeneralinterna-tionallaw,takingintoconsiderationtheformerexperiencesinthelawoftheHighSeaandAntarctica.

Monday19SeptemberA4 51stIAASYMPOSIUMONTHESEARCHFOR

EXTRATERRESTRIALINTELLIGENCE(SETI)–TheNextSteps Date Time Room

Session:SETIScienceandTechnology 2022-09-19 10:15 W04

Karen PEREZStudent,ColumbiaUniversity,UnitedStates

KEYNOTE:A4.1PesekLecture:BreakthroughListenSearch for Intelligent Life in theGalacticPlanewith theParkesTelescope

AbstractOverthelastdecade,discoveriesofnumerousEarth-typeexoplanetshaveextendedthepossibilityofotherlife-bearingworlds.However,the question of the existence of intelligent lifemight remain elusive unless a dedicated attempt ismade to extensively Search forExtraterrestrialIntelligence(SETI).TheBreakthroughListen(BL)programisa10-yearefforttoconductthemostsensitive,comprehen-sive,andintensivesearchforadvancedintelligentlifeonotherworldseverperformed.OneoftheprimarytargetsoftheBLprogramisacomprehensiveblindsurveyoftheentireGalacticPlanetosearchforartificialnarrowbandtransmittersfromETIs(Isaacsonetal.2017).TheGalacticPlaneisanidealdirectiontosearchforsuchsignalsduetotheincreasedlikelihoodthattransmitterswouldemittowardthisregionasopposedtorandomdirections(Grimaldi2020).Here,wediscussourfindingsfromtwofullscansoftheGalacticPlaneover1200–1550MHzusingtheParkesTelescope’s21cmMultibeamReceiver,coveringroughly3000squaredegreesoverGalacticlongitudes-174◦<l<60◦andlatitudes|b|<6.5◦during1200hoursandobservingbillionsofstarsintheMilkyWayintheprocess.Thisisoneofthelargestandmostsensitiveblindsurveyseverperformedtosearchforsignsofintelligentlife.Moreover,theParkes13-beamreceiverallowsauniqueopportunitytodiscriminateterrestrialinterferencesfromtrulyskylocalizedsignalsamongall30millionhits.WehaveextendedthemultibeamcoincidencerejectiontechniqueusedfordetectingFastRadioBurststoscrutinizenarrowbandsignalsdetectedacross13-beams.SuchtechniqueshaveneverbeenusedinthesearchforETIsbeforeandhasallowedsomeofthebestpossiblewaystorejectlargefractionsoffalsepositives.Iwillreviewourstrategyandsearchresults,aswellasitsapplicationsgoingforwardaswelooktowardsexpandingoursearchwithothermultibeamtelescopes.

A4 51stIAASYMPOSIUMONTHESEARCHFOREXTRATERRESTRIALINTELLIGENCE(SETI)–TheNextSteps Date Time Room

Session:SETIandSociety 2022-09-19 15:00 W04

Daniela DE PAULISIAAPermanentSETICommittee,Netherlands

KEYNOTE: A4.2 Billingham Cutting Edge Lecture: A Sign in Space - An Interdisciplinary Exploration of thePotentialReceptionofanExtraterrestrialSignal

AbstractASigninSpaceisaprojectbymediaartistDanieladePaulis,incollaborationwithINAF,theItalianNationalInstituteforAstrophysics.Theprojectconsistsintransmittingasimulatedextraterrestrialmessageaspartofaliveperformance,usingaMarsrover.TheobjectiveoftheprojectistoinvolvetheSearchforExtraterrestrialIntelligenceworld-widecommunity,professionalsfromdifferentfieldsandthegeneralpublic, inthereception,decodingandinterpretationofthemessage.Thisprocesswillrequireglobalcooperation,bridgingaconversationaroundthetopicsofSETI,spaceresearchandsociety,acrossmultiplelanguagesandfieldsofexpertise.ThefirsttestfortheprojectwasconductedincollaborationwithsatellitecompanyD-Orbiton30July2021.Aspartofthetest,theArecibomessagewastransmittedbythesatelliteanditwassuccessfullyreceivedbytheMedicinaandtheSardiniaRadioObservatories.Thelastphaseoftheprojectistheactuallivecosmicperformance,withtheactivetransmissionofamessagebyasatelliteorideallyaMarsrover.Fortheperformance,aglobalnetworkofradiotelescopeswillbeinvolvedinthereceptionofthesignal.ThemessagetransmittedaspartofthelivecosmicperformancewillbedevelopedbymediaartistDanieladePaulis,incollaborationwithateamofspecialistsrepresentingdifferentculturalbackgroundsanddisciplines.

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C4 IAFSPACEPROPULSIONSYMPOSIUM Date Time Room

Session:SolidandHybridPropulsion(1) 2022-09-19 10:15 W08

Dario SCOCCIMARROSenior Solid Propulsion Engineer,EuropeanSpaceAgency(ESA),France

KEYNOTE:C4.3P120CSolidRocketMotor:DevelopmentandQualificationofaCommonPropulsiveSRMfor Ariane6andVEGAC

AbstractTheP120CSRMdevelopmentwasdecidedattheESAMinisterialCouncilinNovember2014.ThisnewSRMisintendedtobetheCommonSolidPropulsiveModuletobeusedasstrap-onboosteronAriane6LaunchVehicleforboth62and64versionsandasfirststageforVegaConsolidationandVegaEvolutionvehicles(VEGACandVEGAE).

TheoverarchingaimofthenewlaunchersistoprovideguaranteedaccesstospaceforEuropeatacompetitivepriceinexploitation.StrengthenedcommonalityisakeydriverforthedevelopmentofthenewEuropeanlaunchvehicles,inparticularforachievingnon-re-curringcostandrecurringcostobjectives.TheP120CSolidRocketMotor(SRM)isthemaincommonelementdevelopedforVEGAandAriane6.

OneofthemaindriversfortheachievementofP120CProgrammeobjectivesisanincreasedresponsibilityallocatedtoindustry,fromdesigntoexploitationprovidedthat it leads tocost reductions indevelopmentand inexploitation.Therefore, theDesignDefinitionAuthorityoftheP120CSRMisentrustedtoEuropropulsionbythetwolaunchersystemprimecontractors.EuropropulsionisresponsibleforthedevelopmentandproductionoftheP120CSRM,withthesupportofAvioandArianeGroup.

ThemainobjectivesoftheP120CProgrammeare:

• TodeveloptheP120CSolidRocketMotor(SRM)• TodeveloptheP120CThrustVectorControlSystems(TVC/TVAS)

TheP120Cdevelopmentandqualificationwasdrivenbythefollowingdrivers:

• toensuretheproductcommonalityforbothfamiliesofEuropeanLaunchSystems,Ariane6andVegaC/E;• tophasetheP120CdevelopmentwiththedevelopmentmilestonesofbothAriane6(A-64andA-62)andVEGAC;• tofulfiltherequirementsoftimetomarket,lowrecurringcost,highproductionrate,whilecomplyingwithnon-recurringcostconstraints.

Tofurther improveP120Cversatility, inorderto increasethemarketopportunitiesforA62(mainlyforGalileomissions),attheSRMCDR(mid2015)itwasdecidedtodevelopalsoasecondmotorconfigurationcharacterisedbyhigherMEOP(110barvs105barofthestandardconfiguration)andshortercombustiontime.

AfterthePreliminaryDesignReviews,developmentandindustrializationactivitiesprogresseduptothedesignandmanufacturingoffirstinert(ILM)andactive(DM)P120CSRMmodelsthatallowedalsotovalidatetheinnovativetechnologyofSRMassemblinginhorizontalposition.

The first (DM) Static Firing Test (SFT)was successfully performed in July 2018, followed by the CDR held inNovember 2018. Thesecond (QM1)SFTwassuccessfullyperformed in January2019,confirmingthesoundnessof theSRMdesign.Thefirststepof theGroundQualificationReviewwascompletedinOctober2019declaringtheP120CflightworthinessforVEGACandallowingstartingthemanufacturingoftheSRMforVEGACmaidenflight.Thethird(QM2)SFTwassuccessfullyperformedinOctober2020,testingtheHighPerformanceconfiguration(higherMEOP,shortercombustiontime).QM2after-firinganalysespermittedtoconsolidatetheSRMdevelopmentfilesthatwerepresentedattheGroundQualificationReviewStep2,startedinMarch2021.Thefinalclose-outheldinDecember2021finallydeclaredP120CSRMasqualifiedalsofortheA6launcherandauthorisedthemanufacturingoftheSRMsforA6maidenflight.

VEGACMaidenFlightisplannedtotakeplaceinQ22022.ThiswillbealsotheP120CMaidenFlight.TheintegrationcampaignonthelaunchvehicleisforeseeninApril.

AftertherecalloftheEuropeancontextandtheneedforacommonSRMforVEGAandAriane6,thepaperwilldetailtheDevelopmentand Qualification of P120C, themilestones, the achievements and the overall ProgrammaticManagement up to the final GroundQualification.Finally,themainresultsofP120CMaidenFlightwillbepresented.

D4 20thIAASYMPOSIUMONVISIONSANDSTRATEGIESFORTHEFUTURE Date Time Room

Session:ModernDaySpaceElevatorsEnteringDevelopment 2022-09-19 15:00 E06B

Peter SWANSenior Vice President,GalacticHarbourAssociates,Inc.,UnitedStates

KEYNOTE:D4.3SpaceElevatorsasaTransformationalLeapforHumanMovementOff-Planet

AbstractThethesisofthisresearchisthataPermanentSpaceInfrastructurewouldenablemassivemovementofcargotoGEOandbeyondinasafe,environmentallyfriendly,inexpensive,dailyandroutineway–thustransformingtheapproachforhumanitytoescapetheEarth’sgravity.Howmanydreamscancometruewhenyoucanlift30,000tonnestoGEOandbeyondperyearatinitialoperationalcapability(170,000atfulloperationalcapability)?Therestrictionsofrocketlaunchesarewellunderstood;but,whenyoubeatgravityyou:

• enableSpaceSolarPowerwhilesupportingtheParisAccords• liftpayloadsastheGreenRoadtoSpace,helpingtosaveouratmosphere• improvelifeonEarthwithmajoraccomplishments,inspace• enableearlycompletionofmassiveprojects,suchaslunarvillages• shortenthetimefordeliveryof1,000,000tonnestoMars• enableearlydevelopmentofanL-5settlementwithmillionsofinhabitants

AMarssettlementwillbeusedasanexample:ThemostremarkablestrengthsofSpaceElevatorsrelatetobeingpermanenttranspor-tationinfrastructures.ArecentstudycompletedbytheArizonaStateUniversityandtheInternationalSpaceElevatorConsortiumillumi-natedsomeremarkableconclusionsaboutsupportingsettlementsonMars(asanexampleofdevelopingoff-planetdevelopment).ThismovementoffplanetincludesSpaceElevators’:

• DailydeparturesfromtheApexAnchortowardsMarsatgreatvelocity(7.76km/sec).• Supportinterplanetarymissions(Fastesttransitis61daystoMars,witharangeoftraveltimesduringthe26-monthplanetarydance).• Supplymassivepayloadsdaily(170,000tonnesperyearfromthreeGalacticHarbours).• EnablecarbonnegativeoperationsfordeliveriestoMars• Exitthegravitywellwhileavoidingtheburdenoftherocketequation.• And,accomplishthisdaily,routinely,inexpensivelyandcarbonneutrally.

Indeed,SpaceElevatorsaretheTransformationalLeapForHumanmovementoff-planet.

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Tuesday20SeptemberA3 IAFSPACEEXPLORATIONSYMPOSIUM Date Time Room

Session:MarsExploration–MissionsCurrentandFuture 2022-09-20 10:15 N04

Francois SPOTOMars Programme Group Leader,EuropeanSpaceAgency(ESA),Netherlands

Jeff GRAMLINGDirector, Mars Sample Return ProgramNationalAeronauticsandSpaceAdministration(NASA)UnitedStates

KEYNOTE:A3.3AMarsSampleReturn:AnInternationalRoundTriptoAnotherPlanet

AbstractNASA’sPerseverancemissionarrivedatJezeroCrateronMarsinFebruary2021andbeganscientificstudiesandacquisitionofMartiansamplesforreturntoEarthbyfuturemissions,consistentwiththerecommendationsoftheU.S.sciencecommunity inthepreviousPlanetaryScienceDecadalSurvey.NASAandESAhaveestablishedajointMarsSampleReturn(MSR)programtosafelydeliverthesesamplesbacktoEarth,allowingresearcherstouseadvancedscientificinstrumentationthatcannotbetransportedonroboticspacecraftandenablefuturestudiesofcarefullycuratedsamplesusingcapabilitiesthathavenotyetbeendeveloped.

TheMSRarchitectureconsistsoftwoflightelementstofollowPerseverance,theNASA-ledSampleRetrievalLander(SRL)andtheESA-ledEarthReturnOrbiter(ERO).TheEROisdesignedtoorbitMarsandproviderelayservicesfortheSRL,includingitsESASampleFetchRover(SFR)andtheNASAMarsAscentVehicle(MAV).TheSRLdeploystheSFRtoretrieveMartiansamplescachedbythePerseveranceroverandthenreturnsthesamplestotheOrbitingSamplecontainer(OS)onboardtheMAVusingtheESASampleTransferArm(STA).Independently,PerseverancecouldalsodeliversamplesretainedonboardtotheOS.TheMAVwouldlaunchandreleasetheOSintolowMarsorbitforrendezvouswiththeERO.UponsuccessfulcaptureoftheOSintheERO’sprimarypayload,theNASACapture/ContainmentReturnSystem(CCRS),theOSwouldbesafelycontainedandloadedintotheEarthEntrySystem(EES).TheEROwillleaveMarsorbitandreleasetheEESonEarthapproachonaballisticreentrytrajectorythroughtheEarth’satmosphereforlandingintheUnitedStates.FollowingreturnofthesamplestoEarth,thesampleswouldbeprotected,preserved,assessed,curated,andmadeavailabletotheinternationalsciencecommunityforscientificresearchandanalysis.

TheNASASRLandESAEROmissionsareexpectedtolaunchasearlyas2026,withthereturnofMartiansamplestoEarthasearlyas2031.MSR’sprimaryobjectiveisthereturnofscientificallyselectedMarssamplesfordetailedinvestigationinterrestriallaboratories.Themissionwouldalsofurtherinformthedesignoffuturehumanmissions.TheMarsSampleReturncampaignisunderwaywiththesuccessful collectionof several scientifically selected samples in JezeroCrater. TheMSRProgram isworking towardsa confirmationreviewin2023fortheremainingflightelements.

A6 20thIAASYMPOSIUMONSPACEDEBRIS Date Time Room

Session:Impact-InducedMissionEffectsandRiskAssessments 2022-09-20 10:15 S04

Donald J. KESSLERAstrophysicist,NationalAeronauticsandSpaceAdministration(NASA),UnitedStates

KEYNOTE:A6.3AShortHistoryoftheOrbitalDebrisProgram

C1 IAFASTRODYNAMICSSYMPOSIUM Date Time Room

Session:Guidance,NavigationandControl(2) 2022-09-20 10:15 S05

Jesus PELAEZProfessor of Aerospace Engineering,TechnicalUniversityofMadrid(UPM),Spain

KEYNOTE:C1.4“TheJohnV.BreakwellMemorialLecture”onElectrodynamicTethersandOrbitPropagation

AbstractAbareelectrodynamictether(EDT)isaconductivethinwireortapeuptoseveralkilometerslong,whichiskepttautinspacebygravitygradientsorbyspinning,andisleftbareofinsulationallowingittocollect(andcarry)currentasacylindricalLangmuirprobeinanambi-entmagnetizedplasma.TwomainelementsareessentialforEDT’s:magneticfieldandplasmadensity.Inenvironmentswherethesearepresentconductivetetherscanprovidebothpowerandpropulsion,andthismakesthemespeciallyattractiveforplanetaryexploration.WhereastheuseofelectrodynamictethersisreadilypossibleforJupiter,thecasefortheotherthreeOuterGiantPlanets,Saturn,UranusandNeptune,presentsissuesbecausetheirmagneticfieldsaremuchweaker.

Fromtheorbitalpointofview,captureisthemostessentialissueforatethermissiontoSaturnortheIceGiants,becausetherewillbeonlyoneopportunityforsuccess.Oncethetetheredspacecraftiscapturedbythegravityoftheplanet,aspacetethercouldcarryaspacecraftthroughtheneighborhoodrequiringneitherpropellantnorpowersupply.ThebasicscenarioforsuchcaptureshavebeendescribedinseveralpapersforthecaseofJupiter.Lately,suchanalysishasalsobeenadaptedtoSaturnandNeptune.

InthecaseofSaturn,forexample,capturerequiresthereductionoftherelativevelocityoftheS/C.Tetherdragcanbeusedtoperformsuchareduction,howeverthisisarealchallengeduetothesmallnessofSaturn’smagneticfieldB.ToenablethisrequiresinnovativetrajectorydesigntodeveloptheproperconditionstomaximizeanEDT’seffectiveness.

Tohelpwithsuchdevelopments,anorbitalpropagatorwasdevelopedbytheSDG-UPMbasedonasetofredundantvariablesincludingEulerparameters,calledDROMO1.ItiscloselyrelatedtotheconceptofidealframeintroducedbyHansenintheXIXcentury.Inadditiontoofferingnumericalsolutionswithremarkablespeedandprecision,thetheoryonwhichDROMOrestsallowsobtaininganalyticalandsemi-analyticalsolutionsofsomeinterest.

C2 IAFMATERIALSANDSTRUCTURESSYMPOSIUM Date Time Room

Session:AdvancedMaterialsandStructuresforHighTemperatureApplications

2022-09-20 10:15 W06

André PREUMONTProfessor Emeritus,UniversitéLibredeBruxelles,Belgium

KEYNOTE:C2.4PaoloSantini’sMemorial Lecture:ActiveDamping,Vibration IsolationandShapeControlofSpace Structures

AbstractThelecturereviewsthecontributionsoftheauthortothecontrolofprecisionspacestructuresduringthepast35years.Thefirstpartisdevotedtotheactivedampingofspacetrusseswithemphasisonrobustness.Guaranteedstabilityisachievedbyusingdecentralizedcollocatedactuator-sensorpairs.Theso-called“IntegralForceFeedback” (IFF) is simpleandeffective,and theperformancescanbepredictedeasilywithsimpleformulaebasedonmodalanalyses.Thesepredictionshavebeenconfirmedbynumerousexperiments.Thedampingstrategyfortrusseshasbeenextendedtocablestructures,alsoconfirmedexperimentally.Thesecondpartaddressestheprob-lemofvibrationisolation:isolatingasensitivepayloadfromthevibrationinducedbythespacecraft(i.e.unbalancedmassofattitudecon-trolreactionwheelsandgyros).Asix-axisisolatorbasedonaGough-Stewartplatformisdiscussed;onceagain,theapproachemphasizesrobustness.Twodifferentsolutionsarepresented:Thefirstone(activeisolation)usesadecentralizedcontrollerwithcollocatedpairsofactuatorandforcesensor,withIFFcontrol.Itisdemonstratedthatthisspecialimplementationofthe“sky-hook”,unliketheclassicalone,hasguaranteedstability,evenifthetwosubstructuresitconnectsareflexible(typicaloflargespacestructures).Asecondapproach(passive)discussesanelectromagneticimplementationofthe“RelaxationIsolator”wheretheclassicaldash-potofthelineardamperissubstitutedbyaMaxwellunit,leadingtoanasymptoticdecayrateof-40dB/decade,similartothesky-hook(althoughmuchsimplerintermsofelectronics).Thethirdpartofthelecturesummarizesmorerecentworkdoneonthecontrolofflexiblemirrors:(i)flatmirrorsforadaptiveoptics(AO)controlledbyanarrayofpiezoelectricceramic(PZT)actuatorsand(ii)Sphericalthinshellpolymerreflectorscontrolledbyanarrayofpiezoelectricpolymeractuators(PVDF-TrFE);aimedatbeingdeployedinspace.

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Session:ElectricPropulsion(2) 2022-09-20 15:00 W08

Mariano ANDRENUCCI

KEYNOTE:C4.6EvolutionaryTrendsinHallThrusterTechnology

AbstractTheemergenceoftheHallthrusterconceptfromthejealouslyguardedarenaoftheformerSovietUniontotheworldwidespacetech-nologyscenearoundtheearly1990striggeredarevolution.ItwasdecisiveinallowingElectricPropulsionasawholetounchainfromthestigmaofresearch-bound,ever-immaturetechnologythathadcharacterizeditforalmostfiftyyears,andgaintheroleofkeyenableroffuturein-spacepropulsionapplications.

WhentheHallthrusterconcepttookholdinwesterncountriesitstartedundergoinganewevolutionaryphase.SimplereplicationsoftheSPT100archetypethathadservedasareferenceinthismigration,leftthefloortoearlyattemptstoexplorenovelimplementationsoftheconcept,especiallyintermsofextensionofthrusterpowerlevel.Forseveralyearsthestandardremainedfocusedaroundthe1.35kWoftheSPT100.Then,theemphasisgraduallyshiftedtowardsthe4-to-5kWrangeintendedforall-electricTelecomsatellites;thenuptothe10-to-15kWthatmightfinduseinearlydeep-spaceforaysandmorerecentlytolevelsinexcessof20kWtobepossiblyemployedinfutureexplorationmissions.Itisinterestingtoseehowthisprocessdeveloped.FormanyyearssincethebeginningoftheworldwidespreadingofHallthrustertechnology,thedesignofnewthrusterswasbasedontheso-calledscalingapproach.Thescalingmethodologywasbasedonthebasiccriteriontotryandpreserveasfaraspossible,inthedischargechannel,thesetofintensive[local]parametersthathadprovedtobeeffectiveandguaranteestableoperationinthereferencethruster.ThismethodologywasparticularlystudiedinPisasincetheearly2000sandsubsequentlyimprovedthroughaseriesoftheoreticalrefinementsandpracticalimplementations.

Unfortunately, thisapproachcannotberetainedbeyondcertain limits; if thethrusterphysicaldimensionsare increasedasrequiredtoaccommodate largerpower levels, the increaseof the thrusterdimensions according togeometrical similaritywouldnecessarilyentailacceptinglargerandlargervaluesofSpecificImpulse.Alternatively,onecouldabandongeometricalsimilaritytokeeptheSpecificImpulseatthedesiredlevel,atthepriceofacceptinglargervaluesofthechannelwidth-to-lengthratios,withobviousconsequencesintermsofplumeconfigurationanddivergence.

Inotherwords,foranydesiredlevelofSpecificImpulse,themethodshowsthatitispracticallyimpossibletoretainatalargerscalethesamevaluesoftheintensiveparameterstypicalofsmallerdeviceswhileremainingclosetogeometricalsimilarity.Thus,largerthrust-ersofpracticaldesignwouldonlybefeasibleuponadoptingadequatelymodifiedphysicalconditions.Thisapproachwouldconsistinidentifying–throughmodelingandtesting–adifferentcombinationofintensiveparametersthatcanguaranteeefficientperformanceandstableoperationinthrustersintendedformuchhigherpowerlevelswithinreducedphysicaldimensionswithrespecttothecurrentstandard.ConsideringhowlongittookforthelegionofscientistsoftheformerUSSRtooptimizetheSPTtypeHallthrusterthathasservedasareferenceeversince,itmaybeunderstoodthatsuchanapproachmightprovenottrivial,despitetheimprovedexpertise,thelargerspecialistscommunityandthemoreadvancedmeansavailablenowadays.Inthelongrun,thecapabilitytodevelopHall-typesinglethrusterunitscapabletoprocesslargerpowerlevelswillproveessential.Thisisthechallengewewillhavetoface.

E1 IAFSPACEEDUCATIONANDOUTREACHSYMPOSIUM Date Time Room

Session:InOrbit-PostgraduateSpaceEducation 2022-09-20 10:15 E08B

Shinichi NAKASUKAProfessor,TheUniversityofTokyo,Japan

KEYNOTE:E1.4PracticalandEffectiveEducationBasedonMicro/Nano/Pico-SatellitesandTheirContributions

AbstractUniversityofTokyolaunchedandoperatedtheworldfirstCubeSatin2003,andsincethenwehavebeendeveloping13micro/nano-sat-elliteslessthan100kg,withvariousmissionsincludingspaceengineeringeducation,in-orbitexperiments,remotesensing,spacescienceandexploration,entertainment,andcapacitybuildingforforeigncountries,etc.Theseactivitiescontributenotonlytotechnologicaldevelopment,creationofnewtypeofmissionsandbusinessbutalsoto“education.”Satellitedevelopmentisanexcellenteducationalmaterial forsystemsengineeringaswellas“trainingofproblemsolvingskills,”whichcancontributetocapacitybuildingforvariousengineeringfieldsandlevels.Failuresexperiencedinsmallprojectcancontributealottothedevelopmentofhumanskillsrequiredforspaceprojects.Consideringsuchmerits,Ihavebeenusingmicro/nano-satellitestoeducatemanyyoungstudentsandengineersinJapanaswellasinforeigncountries,withsignificanteffects.Toacceleratesuchactivities,universitycommunityisveryeffective.Internationalspacecommunityconsistingofmorethan180universitiescalled“UNISEC-GLOBAL”wasestablished in2013,andhasbeenplayingauniquerolefortechnologydevelopmentaswellascapacitybuildingespeciallyforemergingcountries,inwhichvariouscompletionstyleeducationaleventshavebeenorganizedsuchasmissionideacontest,CanSatcomebackcompetition,debrismitigationcontest,etc.Intheplenarytalk,thehistoryofUniversityofTokyo’smicro/nano-satellitesdevelopmentaswellasvariousdomesticandinternationaleducationalactivitieswillbeshown,followedbydiscussionsastohowandwhymicro/nano-satellitesanduniversityspacecommunitycanplayuniquerolesforeducation.

E6 IAFBUSINESSINNOVATIONSYMPOSIUM Date Time Room

Session:FinanceandInvestment:ThePractitioners’Perspectives 2022-09-20 10:15 733/734

Nancy WOLFSONAmericanInstituteofAeronauticsandAstronautics(AIAA),UnitedStates

Rainer HORNManaging Partner,SpaceTecCapital,Germany

KEYNOTE:E6.2NewEconomyforCommercialSustainabilityDrivingSpaceResourcesUtilizationandPPP

AbstractThespaceeconomyisevolvingandmarkedbyincreasedpublicandprivatepartnerships(PPP).Ourgovernmentagenciesareactivelywelcomingtheinvestmentcommunitytoenhancethedevelopmentofthecommercialpotentialofspaceandspace-relatedmarkets.Thenewspacefinanceand investmentapproach fosteraprofound transformationof the space industry.Withmore countries andcompanieslookingtolaunchambitiousextended-durationmissionsinspace,theMoon,andbeyond,thereisaneedforamoreglobal,accessible,anddiversenewspaceeconomy.ThereforeexploringspaceresourceutilizationishighlyrelevanttoourtimewhereinStateshavenotonlylegallyaccountedforfutureresourceexploitationbutinwhichmanycountriesandcompaniesplantoestablishpermanentinfrastructureinmultipleoff-worldlocations.

TheproliferationofdisruptiveaerospacecompaniesintheUSA,suchasSpaceXandothers,isindeedaprimeexampleofhowPPPscanhelpturninnovativeideasintorevolutionarytechnologies.ThispresentationwilladdresshowPPPscanbeleveragedtodriveinnovationandpotentialwaystobringtogetherthepublicandprivatesectorstoexploitextra-terrestrialresourcestomeettheever-increasingdemandsofhumanity.PrivatecompaniesarealreadyoutliningbusinessplanstoharvestoxygenandwaterboundupinallthemineralsontheMoon,asteroids,andMarsusingcost-effectiveexplorationtechnologies.Thespeakerswillfurtheraddresstheevolutionoffund-ingopportunitiesfornewmarketsandspacestart-ups.ProvidingresourcesfrombeyondtheEarthisnowbeingseenasalogicalstepforwardinthenewspaceeconomy.

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Wednesday21SeptemberE3 35thIAASYMPOSIUMONSPACEPOLICY,REGULATIONS

ANDECONOMICS Date Time Room

Session:FinancialViabilityandSuppliermonitoringintimesofeconomicvulnerability

2022-09-21 15:00 E04B

Nancy WOLFSONAmericanInstituteofAeronauticsandAstronautics(AIAA),UnitedStates

KEYNOTE:E3.6RecalibratingtheSpaceSectorProcurementPracticestoBetterPrepareafterCOVID-19

AbstractTheCoronavirusdisruptedthevarioussectorsoftheglobaleconomywithvaryingdegreesofimpact,challengingsupplychainreliability,andhadasignificanteffectontheglobalfinancialmarkets.Procurementfunctionsarefacingdemandimbalancesleadingtoinventorychallengesandtherisktothesupplierinsingle-sourcesuppliersituations.Thespaceindustryisalsobeingimpacted,forcedtopostponelaunches,spacesupplychainsbeingsloweddown,withareductionoftheproductionactivitiesorbeingonhold,thesurvivalofstart-upsbeingchallenged,andmanufacturingplantsonholdforprimesandsuppliersandmore.Butthespaceindustryisresilient.Thereforewewillexaminesomeofthemeasuresadoptedbysmallandmediumenterprisesandstart-upstomitigatethefinancialimpactandsomeofthebestpracticescurrentlyadoptedtobetterprepareforastillunpredictableperiodofcrisisaftertheshock.Wewillfurtheroutlineforouraudiencesomeofthecurrentadjustmentsthatdealwiththeprocurementimpactasthespaceindustrytransitionstoanewoperatingmodelthatcouldfitthe“nextnormal”afterCOVID19.

E10 IAFSYMPOSIUMONPLANETARYDEFENSEANDNEAR-EARTHOBJECTS Date Time Room

Session:PlanetaryDefensefromAsteroidsandComets 2022-09-21 15:00 S01

Alex KARLOperations Engineer,SpaceApplicationsServices,Belgium

KEYNOTE:E10.1SummaryandHighlightsofthe2021IAAPlanetaryDefenseConference

AbstractThe2021InternationalAcademyofAstronautics(IAA)PlanetaryDefenseConference(PDC)washeldvirtuallyonApril26through30,2021andwashostedbytheUnitedNationsOfficeofOuterSpaceAffairs(UNOOSA).Theconferencewassponsoredby13organizations,over900individualsregistered(therewasnofee),andtotalattendanceincludedover700individuals,with250to300individualspar-ticipatingatanygiventime.Sincetheconferencewasheldvirtually,itwaspossibletodesigntheconferenceprogramsothatindividualsinnearlyallpartsof theworldcouldattend.Thisplanenabledparticipationby individuals from50nationsand97technicalpaperswerepresented.ThispaperprovidesasummaryofactivitiesattheconferenceandhighlightstherealisticbutfictitiousAsteroidThreatExercisethatexaminedthethreatmitigationanddisastermanagementresponsestoasix-monthwarningofapotentialasteroidimpactonourplanet.Ahighlightoftheconferencewasapanelthatincludedrepresentativesofsevennationalspaceagencies,UNOOSA,andtwoastronautical institutes.PaneldiscussionsdemonstratedtheirawarenessandsupportofPlanetaryDefenseactivities.AprimaryoutcomeoftheconferencewasunanimousattendeesupportforanInternationalYearofPlanetaryDefense(IYOPD,nameTBC)similartothe2009InternationalYearofAstronomy.The2029closepassageofasteroidApophisisanaturalopportunitytoholdtheevent,raiseawarenessaboutthehazard,demystifythetopic,andconnectcurrentandfuturecommunities.Inclosing,theUNOOSAannouncedthatitwillagainhostthePlanetaryDefenseConferencein2023andhopesthatthe2023conferencewillincludein-personattendanceattheUNfacilityinVienna,Austria.Giventhepositivecommentsfromattendeesatthe2021conference,itislikelythatthe2023conferencewilloffervirtualattendanceopportunitiesaswell.

Thursday22SeptemberDate Time Room

A6 20thIAASYMPOSIUMONSPACEDEBRIS

E9 IAFSYMPOSIUMONSECURITY,STABILITYANDSUSTAINABILITYOFSPACEACTIVITIES

Session:Political,Legal,InstitutionalandEconomicAspectsofSpaceDebrisMitigationandRemoval-STMSecurity

2022-09-22 10:15 S04

Henry HERTZFELDResearch Professor,SpacePolicyInstitute,GeorgeWashingtonUniversity,UnitedStates

KEYNOTE:A6-8-E9.1AddressingSpaceDebris:ASimpleBeginningtoaVeryComplexProblem

AbstractThespacedebrisissuehasevolvedfromatheoreticaltoatruethreattolong-termsustainabilityofspaceactivities.Overthelast25yearstherehavebeenmanyU.N.andinternationalstudies,conferences,guidelines,recommendations,documents,andplansdevotedtothistopic.Therehaveevenbeensomenationalregulationsandlawspassedtominimizefuturedebris.Butthesearecharacterizedbybroadprinciples,vaguerequirements(oftenwithwaiversandloopholesembedded)andtrulylittleaction.DebrismitigationtechnologiesarestillintheearlyR&Dstages,andfundinghasbeeninadequate,bothnationallyandinternationally.Thus,thetechnologytoremovedebrisfromspaceremainsimmature,unproven,risky,andexpensive.Humannatureitselfworksagainsttakingregulatoryorinterna-tionalactionswhentherehasbeennolifelostormajorinterferencewiththespaceactivitiesnationswishtoaccomplish.Thepurposeofthispaperistoencouragenationstostoptalkingandstartactingbeforeevenmoreirrevocabledamageoccurs.Itwilldemonstratethattherearerelativelyinexpensive,practical,andeffectiveterrestrialinitiativestomitigatespacedebris.Thesearereadilyavailableandcanbeeffectivelyimplementedoverthenextfewyearswithlittletechnicaloreconomicrisk.Effortsinthisrespecthavebeguntoemergeinafewnations,buttheeffortshavebeenadhocanduncoordinatedEarlyadaptationofsomeofthesesimpleandinexpensiveactionsissuggested.For instance: I)nations internallycanadjustregulatoryandmanagement/financial incentivessuchasqualitycontrol inmanufacturingsatellitesandelectronicsforuseinspace;II)thedevelopmentandopenpublicationofbettermonitoringanddataaboutspaceactivitiesincludingmoreaccuratewarningsaboutconjunctionrisks;III)increasinglyusingAI,aswellascoordinatedinternationalstandardsforspaceequipment;IV)planningforthenear-termremovalofasmanylargedefunctspacecraftasfundingandtechnologycansafelycomplete.OtheractionssuchasinternationalR&Dprograms,fastadaptationofnewtechnologieswithstricterregulationsandlicensing,morepreciseandaccurateclearingofairspaceforlaunchesandmoreeffectiveimplementationoftreatyobligationsareotherexamplesofusingexistingmethodsandnormstotakeactionsverysoonwhileotherlonger-termdebrismitigationtechniquesareperfected.Ifallnationsdon’tbeginwiththeeasystepsnow,usingthis“lowhangingfruitpicking”approach,thelong-termcleanupofouterspacewillbemoredifficult,moreexpensive,andlesseffective.

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A6 20thIAASYMPOSIUMONSPACEDEBRIS;

E10 IAFSYMPOSIUMONPLANETARYDEFENSEANDNEAR-EARTHOBJECTS

Session:JointTechnicalSession:“Near-EarthObjects&SpaceDebris” 2022-09-22 13:45 S03

Elena VELLUTINIResearcher,ItalianSpaceAgency(ASI),Italy

KEYNOTE:A6.10-E10.2ExploitingtheSynergiesofObservingNEOandSpaceDebriswiththeFlyeyeTelescope

AbstractTheItalianscientificcommunityhasalong-lastingtraditioninorbitaldynamicsandintheobservationofnaturalandartificialobjects.ThishasallowedtheItalianSpaceAgencytoassumealeadershiprolewithintheEuropeanprogramsdevotedtomonitoringNEOsandthespacedebrispopulation.

PlanetaryDefensehasbeenaddressedthroughtheItalianparticipationtotheSSA(now“SpaceSafety”)ProgrammeoftheEuropeanSpaceAgency.TheestablishmentoftheNEOCoordinationCenteratESRIN(Frascati,Italy)stronglyreliesontheheritageofNEODyS,thefirstimpactmonitoringsystemintheworlddevelopedattheUniversityofPisa.Asforthesensors,therealizationofanextremelywide-fieldhigh-sensitivitytelescopebasedonaninnovativeopticaldesignconceivedbyINAF(theNationalInstituteforSpaceAstrophysics)andOHB-Iasprime-contractor,isnearingcompletion.Thistelescope,dubbed“Flyeye”becausetheincominglightisdistributedover16differentcameras,willallowESAtoentertheNEOdiscoveryscenario,focusingonthedetectionofsmallyetpotentiallydangerousobjectspassingclosetoourplanet.ThetechnicalcharacteristicsoftheFlyeyearesuchthatthetelescopecanbealsodesignedtocarryoutopticalsurveysofthespacedebrispopulationwithanunprecedentedefficiency.ThismakesitanimportantassetbothatnationallevelandwithintheSpaceSurveillanceprogramsoftheEuropeanUnion,suchastheEUSSTinitiativeanditsfutureevolution.

Therefore,ASIislaunchinganinitiativewhichencompassesabroadspectrumofactivities.HostingthefirstESAFlyeyetelescopeatitsSpaceGeodesyCenterlocatedinMatera(Italy)foratemporaryinstallationwillallowtoboth,carryoutanextensivetestingofitsper-formancesforNEOdetectioninanideallogisticsite,andfigureoutthepossibleapplicationsforspacesurveillanceinarealisticenviron-ment.TheexperiencegainedwillleadtotheadapteddesignandtotherealizationatanationallevelofthefirstFlyeyeforspaceobjectsobservations.InparticularitisexpectedthatitwillbeabletomaintainacatalogueofMEOobjectsaboveathresholdsizeof35cm.

ThispaperdescribesthemaincharacteristicsoftheFlyeyetelescopeandprovidesanestimationoftheaddedvalueforSSTapplicationintermsofcataloguingcapabilitiesofHigh-LEOandMEOobjects.ThedeploymentofanetworkofFlyeyetelescopesanditsimpactontheEuropeancataloguingcapabilitieswillalsobepresented.


Session:NewMissionsEnabledbyNewPropulsionTechnologyandSystems

2022-09-22 10:15 W08

Georg HERDRICHHead Plasma Wind Tunnels and Electric Propulsion,InstituteofSpaceSystems,UniversityofStuttgart,Germany

KEYNOTE:C4.9PlatformandSystemDesignStudyofaVleoSatellitePlatformUsingtheIRSRFHelicon-BasedPlasmaThruster

AbstractToachieveafeasiblelifetimeofseveralyears,mostsatellitesaredeployedinorbitshigherthan400km.Dragofresidualatmospherecausesasloworbitdecay,resultinginthedeorbitofthespacecraft.However,e.g.opticalinstrumentsorcommunicationdeviceswouldsignificantlybenefitfromloweraltitudesintherangeof150-250km.Asolutiontoachievethiscouldbetheapplicationofatmospherebreathingelectricpropulsion(ABEP),wheretheresidualatmosphereisusedtogeneratecontinuousthrustthatcompensatesthedrag.WithintheEU-fundedDISCOVERERproject,theInstituteofSpaceSystems(IRS)developedanelectrode-lessRFHelicon-basedPlasmaThruster(IPT)suitableforsuchapplications.IgnitionandpreliminarydischargecharacterizationsoftheIPThavebeencarriedoutatIRSfacilities,usingArgon,NitrogenandOxygenaspropellant.Afollow-onactivityistheplasmaplumecharacterization.Twomeasurementmethodshavebeenselectedtoperformtheexperimentsintheframeofthisproject.First,amethodtoderivethrusterrelatedproper-tiesisemployed.Themomentumfluxintheplasmajetismeasuredbymeansofatorsionalpendulum.Aplatefacingthethrusterexitplanedirectionisfixedtothebalancearmtocounteracttheplumejet,allowingforlocalmomentumfluxdetection.Second,amethodofcharacterizingtheIPTasasourceofpropagatingheliconwavesisofhighscientificinterest.Thisistobeperformedbyusingathree-axesmagneticinductiveprobe(B-dotprobe),wherethetime-varyingmagneticfieldsintheplumecanbeextracted.Furthermore,variousintakedesignstocollectatmosphericparticleswereinvestigated,openingthepossibilitytoconductstudiesonpotentialsatellitedesigns.UsingtheabovementionedABEPsystem,adesignstudyofasatelliteforEarthObservationandTelecommunicationapplicationsinthealtituderangeof150to250kmandprolongedmissiondurationsofupto12yearsiscurrentlybeingcarriedout.Thefirstsystemassess-mentfocusedonthecomparisonofdifferentspacecraftconfigurations(“slenderbody”configurations,similartoGOCE’sdesign,and“flatbody”configurationswithseveralABEPsystemsnexttoeachother)andintakedesigns(usingspecularlyordiffuselyreflectingmaterials)withregardtooveralldragandABEPperformancerequirements.Dragcoefficientsfortheseconfigurationsweredeterminedusingpanelmethodcalculationsandtheparticle-basedsimulationcodePICLas.

4 Special Sessions

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4 .2 Special Sessions per Day

Saturday17September

10:30-12:00 SpaceTrafficManagement:TheIAF/IAA/IISLInitiative

Room:W02Format:Workshop

Organizers:

Christophe BONNALChair,IAFSpaceTrafficManagementCommittee,France

Darren MCKNIGHTSenior Technical Fellow, LeoLabs,UnitedStates

Ifyouareworriedaboutthesustainabilityoffuturespaceoperations,ifyouwonderwhatcanbedonetofacethedramaticincreaseinnewspacecraft,ifyouwanttohavetheconclusionoftheexercisepresentedinDubaï,thenjoinusandbepartofthediscussion.Youwillhearabout the latest statusof the IAFeffort inSpaceTrafficManagement,preparedby some135experts coming from24countries.

Sunday18September

15:15-16:25 ShortStayorLongStayatMars:anOpenDiscussionontheMeritsandDrawbacksofDifferentMissionDurationsfortheFirstHumanMissionstoMars

Room:N03Format:Campfire

Organizer:

Erin MAHONEYCommunications Specialist, NationalAeronauticsandSpaceAdministration(NASA),UnitedStates

Howlongislongenough?JointhissessiontotellushowlongyouthinkisenoughornotenoughtimeforastronautstospendatMarsonthefirsthumanmissionstotheRedPlanet.Expertsinhumanhealthandperformance,human-ratedspacesystems,andMarsanalogswillbeginthisinteractivediscussiontoprovideup-frontfacts.Themajorityofthetimeisreservedtohearfromyou–fromyourexpert,personal,andculturalperspectives.

Speakers:

Michelle RUCKERLead of Mars Integration Group,NationalAeronauticsandSpaceAdministration(NASA),UnitedStates

Jancy McPheeHuman Research Program Associate Chief Scientist,NationalAeronauticsandSpaceAdministration(NASA),UnitedStates

Livio NARICIProfessor of Applied Physics,ItalianSpaceAgency(ASI),Italy

Adnan AL RAISProgram Manager - Mars 2117,MohammedBinRashidSpaceCentre(MBRSC),UnitedArabEmirates

Pietro DI TILLIOGeoscientist & GIS Analyst, LanganEngineering,UnitedStates

16:35-17:45 SpaceTechnologyforFoodSystemResilienceandSustainability

Room:N03Format:DesignSprint

Organizers/Moderators:

Larissa ZHOUFood Scientist & PhD Student, HarvardUniversity,UnitedStates

Maggie COBLENTZResearcher & Designer, MassachusettsInstituteofTechnology,UnitedStates

Callingonengineers,scientists,artists,designers,andallaroundproblemsolverstojoinusinco-designingthefutureofsustainablefoodtechnology.HowcantechnologiesdesignedforfeedinghumansinspacebedevelopedtobenefitcommunitiesonEarth?Thissessionstartswithshortpresentationsbythespeakers,followedbyaninteractiveactivityinvolvingallparticipants.Weinviteyoutoimagineafutureofsustainablespacefoodtechnologythataddressesenvironmentalandsocialsustainability.

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Monday19September

10:15-11:25 GlobalSmallsatsandEffectiveSpectrumManagement: ADiscussioninSupportingSpaceSustainability



Matteo CAPPELLARegulatory Affairs Specialist, Secretary,LeafSpace,CSSMA,Italy

Laura CUMMINGSRegulatory Affairs Counsel,Astroscale,UnitedStates

Thebackboneofwirelesscommunications,radiofrequencyspectrum’savailabilityischallengedbytheexplosionofnewspaceactiv-ities, with relevant considerations for space sustainability. Covering trends as commercial lunar activities, on-orbit servicing, andopticalcommunications,thissessioninvitesyoutolearnaboutglobaleffortsinspectrummanagementandpotentialcontributionstoasustainablefutureinspace.Jointohearfrom,andbrainstormwith,expertsandNewSpacestartups.SupportingSpacefor@ll,thesessionisdesignedtobetechnicallyaccessible.

Speakers:

Ryan FIELDERMission Coordinator,HawkEye360,UnitedStates

Assia BAHRIHead of Regulations and Spectrum Affairs,Kinéis,France

Simon MOLGAT LAURINRegulatory Associate,KeplerCommunicationsInc.,Canada

Krystal AZELTONDirector of Space Applications Programs,SecureWorldFoundation,UnitedStates

Dan ADAMSGeneral Manager,KSATUSA,UnitedStates

11:35-12:45 BuildingBridgesBetweenEstablishedandEmergingSpaceIndustry



Daniel SAGATHInternational Cooperation Manager,SlovakInvestmentandTradeDevelopmentAgency(SARIO)-SlovakSpaceOffice,Slovakia

Michal BRICHTAHead,SlovakInvestmentandTradeDevelopmentAgency(SARIO)-SlovakSpaceOffice,Slovakia

Thespacesectorisattractingmoreandmorebusinessesfromanever-increasingnumberofcountries,rathernewtotheecosystemofwell-establishedpartnerships.TheSpecialSessiononBuildingbridgesbetweenestablishedandemergingspaceindustrywillprovideparticipantsauniqueopportunitytodiscussandlearnfrombusinessandinstitutionalrepresentativesaboutthemostefficientmecha-nismsforintegrationtoestablishedvaluechainnetworksinestablishedspacemarkets.

Speakers:

Olivier LEMAITRESecretary General,Eurospace,France

Annalisa DONATISecretary General,EURISY,France

Allison AREIAS-VOGELStrategic Partnerships and Initiatives Expert,UnitedNationsOfficeforOuterSpaceAffairs(UNOOSA),Austria

Jonathan HUNGFounder & Executive Chairman,SingaporeSpaceandTechnologyLimited(SSTL),Singapore

Raycho RAYCHEVCEO, EnduroSatAD,Bulgaria

Temidayo ONIOSUNManaging Director, SpaceinAfrica,Nigeria

Veronica LA REGINACEO - Europe,Nanoracks,Italy

Matias CAMPOSCEO & FounderAstralintuSpaceTechnologies,Ecuador

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15:00-16:10 ResponsibleOperationsinSpace

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Audrey L. ALLISONSenior Policy Analyst,CenterforSpacePolicyandStrategy,TheAerospaceCorporation,UnitedStates

Angie BUKLEYPrincipal Engineer,CenterforSpacePolicyandStrategy,TheAerospaceCorporation,UnitedStates

Robin DICKEYMember of Technical Staff,CenterforSpacePolicyandStrategy,TheAerospaceCorporation,UnitedStates

Areyouanewspaceactororinterestedinbecomingone?Ifso,thisworkshopisforyou.The“ResponsibleSpaceOperations”work-shopisdesignedforgovernmentsbeginningtodevelopnationalspacepoliciesaswellasstart-upcompanies,universities,andotherentitiesmakingtheirfirstforaysintothespaceenterprise.Participantswillbeintroducedtoresponsibleoperationsinspacegroundedinarangeofspacelawsandpolicies.Theconceptsdiscussedwillbefurtherexploredandreinforcedthoughaninteractivesimulatedcrisisscenario.

16:20-17:30 TechnologicalBuildingBlocksforExplorationandIndustrializationoftheLunarSurface


Organizer/Facilitator:

John H. SCOTTPrincipal Technologist,PowerandEnergyStorage,NationalAeronauticsandSpaceAdministration(NASA),UnitedStates

PrincipalTechnologistsandCapabilityLeadersfromNASA’sSpaceTechnologyMissionDirectoratewilldescribethecurrentprioritiesforthedevelopmentoftechnologicalbuildingblockstoenableinfrastructurefortheexplorationandindustrializationoftheLunarsurface.Coretothisinfrastructureistobeanelectricpowergrid,servinghumanhabitationandlaboratoryfacilities,in-situresourceutilization(ISRU)plants,constructionactivities,andspacetransportationassets.ThispowergridmayenabletheexpansionofexplorationandindustrialactivityfromtheLunarpoletowardtheequator.

Speakers:

Gerald B. SANDERSSystem Capability Leader,In-situResourceUtilization,NationalAeronauticsandSpaceAdministration(NASA),UnitedStates

Mark W. HILBURGERPrincipal Technologist,StructuresandMaterials,NationalAeronauticsandSpaceAdministration(NASA),UnitedStates

John W. DANKANICHSystem Capability Leader,In-spaceTransportation,NationalAeronauticsandSpaceAdministration(NASA),UnitedStates

Tuesday20September

10:15-11:25 EnvironmentalImpactsofRoboticandHumanLunarExploration: AssessmentandWaysTowardsMitigation


Organizer:

Michel BLANCProfessor Emeritus,InstitutdeRechercheenAstrophysiqueetPlanétologie(IRAP),France

Facilitator:

Bernard FOINGExecutive Director,InternationalLunarExplorationWorkingGroup(ILEWG),EuroMoonMars,Chair,IAFITACCUSCommitteeNetherlands

Ifyouareinvolvedinspaceexploration,shareitsexcitementandcontributetoitsdevelopment,ifyouareinterestedinasustainabledevelopmentofEarthandMoonenvironmentstopreservetheirbeautyandhabitabilityforfuturegenerations,thisSpecialSessionisyours:pleasejoinandcontributetosharewithapanelofexpertsofthedifferentfutureMoon-basedactivitiesaninventoryoftheproblemstoaddress,andsomeofthemostpromisingavenuestowardssolutions.

Speakers:

Stefaan DE MEYSenior Strategy Officer for Human and Robotic Exploration,EuropeanSpaceAgency(ESA),Netherlands

Maria Antonietta PERINODirector for Space Economy Exploration and International Network,ThalesAleniaSpaceItalia,Italy

Jean BLOUVACHuman Spaceflight and Exploration Activities Programme Manager,CentreNationald’EtudesSpatiales(CNES),France

Tanja MASSON-ZWAANAssistant Professor and Deputy Director of the International Institute of Air and Space Law (IIASL),LeidenUniversity,Netherlands

David KORSEMEYERDirector of Engineering,NationalAeronauticsandSpaceAdministration(NASA),UnitedStates

Thomas SCHRAGEGEO Information Services Programme Manager,AirbusDefenceandSpaceSAS,Germany

Barbara IMHOFCo-Founder & Co-Managing Director,LIQUIFERSystemsGroup(LSG),Austria

Eric SMITHDirector of Artificial Intelligence and Data Analytics,LockheedMartinCorporation,UnitedStates

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11:35-12:45 FoodandNutritionintheFinalFrontierWhereAstronautsNeedtoThrive, NotMerelySurvive

Room:N03Format:Fishbowl

Organizers:

Aaron H. PERSADResearch Scientist,MassachusettsInstituteofTechnology,UnitedStates

Anilkumar DAVESpace Strategy Lead,Astreas,Partner,OpenInnovationandSpaceEconomy,Senior Advisor,InfiniteArea,UnitedStates

Waylon LEEAerospace engineering Ph.D. Student,TexasA&MUniversity,UnitedStates

Facilitator:

Lucie CAMPAGNOLOCEO,SpaceFoundersFrance,France

JoinusforanexclusiveSpecialSessiononSpaceFoodthatkicksoffwithavisualexperiencethatwilltakeyouintospaceaswegiveyouaglimpseintothefutureoffoodtechnology.Withmorehumansembarkinguponlongerspacemissions,astronautsarenolongerjustconcernedwitheating;theywanttoeatwell.

Someoftheworld’smosttalentedchefsareworkingwithcutting-edgedeeptechstartupstodevelopdelicioussteaksandfinechoc-olates for thenextgenerationof space travelers.Providing food thatmeets strictnutritional requirementswhilebeingstable inamicrogravityenvironmentisnoeasyfeat.Colour,smell,andtextureallcontributetotheenjoymentoffoodbutalsoposetremendouschallengesforchefsastheyworktomeettheirownhighstandards.However,therewardsareworthit;researchshowsthatcookingandeatingtogetherstrengthensastronauts’mentalhealthandgroupdynamics,whichinturnimprovestheirperformanceinspace.Itrequiresbothscientificexpertiseandcreativethinking.

Learnaboutthechallengesandinnovationsinspacefoodforlong-durationmissionsandhowfoodscienceandculinaryexperiencesarepushingtheboundariestoovercomespaceconstraints.Andifyou’reachocolatelover,you’reinluck!WewillfeatureatastingofSpaceTrufflesasthefutureofnext-generationfunctionalfooddesignedforastronauts!

Speakers:

Pascal ROSENFELDDeputy VP Space & New Ventures,AlephFarms,France

Shahreen REZACEO,Astreas,UnitedStates

Veronica LA REGINACEO - Europe,Nanoracks,Italy

Michael RECCHIUTIChocolatier,RecchiutiConfections,UnitedStates

Annahita NEZAMIFounder,VROE,UnitedKingdom

15:00-16:10 ProgressinAddressingBiodiversityFromSpace


Organizers/Facilitators:

James GRAFDirector,EarthScienceandTechnology,NASAJetPropulsionLaboratory,UnitedStates

Harry CIKANEKChair,IAFEarthObservationsCommittee,UnitedStates

Earth’sbiodiversity is reducingdramaticallyandrapidly.Allof lifeonEarth ispressuredby thechangingclimateandotherhumanactions.Space-basedobservationsareessentialtounderstandingthestateofbiodiversityandtheimpactsofclimatechangeandotherfactorsaffectingbiodiversitysothatinformedactioncanmitigatethischallenge.HearAgencyleadersforEarthObservationsprovideanintegratedviewofthismuchneededapplicationoftheuniquecapabilitiesofspace-basedobservations.

Speakers:

Selma CHERCHALIHead of the Earth Observation Department,CentreNationald’EtudesSpatiales(CNES),France

Karen ST. GERMAINDirector for Earth Science,NationalAeronauticsandSpaceAdministration(NASA),UnitedStates

Takeshi HIRABAYASHISenior Chief Officer of Earth Observation Missions,JapanAerospaceExplorationAgency(JAXA),Japan

Stephen VOLZAssistant Administrator of National Environmental Satellite and Information Service (NESDIS),NationalOceanicandAtmosphericAdministration(NOAA),UnitedStates

Simonetta CHELIDirector of Earth Observation Programmes and Head of ESRIN,EuropeanSpaceAgency(ESA),Italy

16:20-17:30 FiresideChat:StrengtheningInternationalCollaborationfortheFutureofSpace

Room:N03Format:FiresidechatJointwogloballyrespectedleaders,PascaleEhrenfreundandRobertLightfoot,astheysharetheirperspectivesonhowinternationalcooperationandcollaborationinthespacearenacanchangethefutureofSpace.Theywillhighlightsomeoftherecentsuccessesintheexplorationsector,discusswhatitmeanstohaveasustainablespacedomain,andalsodiveintosomeofthechallengesandopportu-nitiesinourindustrytoday.Throughleaningintotransformationandnewwaysorworking,theywillexplorehowindustry,governmentandacademiaalikearetakingnewapproachestomakespacedata–andspace–accessibletoall.

Speakers:

Pascale EHRENFREUNDPresident,InternationalAstronauticalFederation(IAF),Austria

Robert LIGHTFOOTExecutive Vice President,LockheedMartinCorporation

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Wednesday21September

10:15-11:25 EnsuringaSustainableAccesstoSpaceforAll

Room:N03Format:PubQuiz


Nicole VIOLAAssociate Professor,PolitecnicodiTorino,Italy

Mathieu UDRIOTSystems Engineer,EcolePolytechniqueFédéraledeLausanne(EPFL),Switzerland

Andrea JAIME ALBALATBusiness Developer,IsarAerospace,Germany

Mathieu CHAIZEInstitutional Relations Manager,ArianeGroupSAS,France

Christie MADDOCKAssistant Professor,UniversityofStrathclyde,UnitedKingdom

Quiztime!Whatpollutesmore:anAriane6launchtoLEOoraflightbetweenNewYorkandSanFrancisco?Throughaninteractiveandinterdisciplinarygroupquiz,thissessionwillincreaseyourawarenessofsustainabilityandenvironmentalimpactofaccesstospace.ItwillboostyourknowledgeonpossiblestrategiesandsolutionstocontributetotheglobaldifferentGreenDealsandgoodbehavioursinSpace.Guestexpertswillinteractwithyouthroughthequestionsandanswers.Come,formateamandjointhechallenge!Therewillbeprizesforthewinners!

Speakers:

Rada POPOVALegal Counsel,IsarAerospace,Germany

Florian MICCOProject Manager Sustainability Rating,EcolePolytechniqueFédéraledeLausanne(EPFL),Switzerland

Elwyn SIRIEYSGraduate Research Assistant,MassachusettsInstituteofTechnology,UnitedStates

Maud SAINT-AMANDSocial Responsibility Manager,ArianeGroupSAS,France

Andrew WILSONResearch Associate from the Advanced Space Concepts Lab,UniversityofStrathclyde,UnitedKingdom

11:35-12:45 CollaborationonAxiomStation:EnablingtheFutureofHumanityinSpace


Organizer/Facilitator:

Mary Lynne DITTMARChief Government and External Relations Officer,AxiomSpace,LLC,UnitedStates

AxiomSpace isbuilding thenextgenerationspacestation–AxiomStation - in lowEarthorbit (LEO),withSpaceForAll!Usinganinnovativeapproachto“campfirestorytelling”,combiningVirtualReality(VR)andfacilitatedaudienceinteraction,participantsinthisSpecialSessionwilljoinwithkeyAxiomleadersandastronautstoexplorehumanity’sfutureinLEO,‘touring’AxiomStationinVRandbrainstormingnewusesandusersofspaceinfrastructure.Joinusasweengageinvirtualenvisioning,designing,andexploringournexthomeinLEO!

Speakers:

Michael LOPEZ-ALEGRIAChief of the Astronaut Office and Ax-1 Mission Commander,AxiomSpace,LLC,UnitedStates

Matt ONDLERChief Technology Officer and Director of Engineering,AxiomSpace,LLC,UnitedStates

Christian MAENDERExecutive Vice President of In-Space Solutions,AxiomSpace,LLC,UnitedStates

15:00-16:10 DataFusionforEarthObservationApplications


Organizer:

Irene BENITOSenior Manager European Affairs,Planet,Germany

Facilitator:

Agnieszka ŁUKASZCZYKVice President Government Affairs EMEA,Planet

Therapidincreaseinavailability,volume,andvarietyofpublicandcommercialEarthobservationdatasetshasgivenrisetoanexplosionofsensordatafusion.Combiningdatasetsacquiredatdifferentspatial,spectral,andtemporalresolutions,isleadingtothecreationofextremelypowerfuldataproducts.Inthissession,leadingglobalfiguresinEarthObservationwillshowcasethevalueofEOdatafusionanditspotentialtobecomeacatalyserforthetwomajortransformationsofourtime:thedigitalandsustainabilitytransitions.

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Speakers:

Simonetta CHELIDirector of Earth Observation Programmes and Head of ESRIN,EuropeanSpaceAgency(ESA),Italy

Thomas ZURBUCHENAssociate Administrator for the Science Mission Directorate,NationalAeronauticsandSpaceAdministration(NASA),UnitedStates

Robbie SCHINGLERCo-Founder and Chief Strategy Officer,Planet,UnitedStates

Grega MILCINSKIChief Executive Officer and Co-Founder,Sinergise

Peter MARQUEZHead of Space Policy,AmazonWebServices,UnitedStates

16:20-17:30 HumanFlybysofVenus:ANewScience,Exploration,andAdventureOpportunity?


Organizer:

Alexander MACDONALDChief Economist,NationalAeronauticsandSpaceAdministration(NASA),UnitedStates

Facilitators:

Noam IZENBERGCo-Chair of Venus Exploration Analysis Group,TheJohnsHopkinsUniversityAppliedPhysicsLaboratory,UnitedStates

Kurt VOGELDirector of Space Architectures,NationalAeronauticsandSpaceAdministration(NASA),UnitedStates

DoyouhaveapassionformissionstotheplanetVenus?Haveyoueverthoughtaboutthepotentialforanear-termhumanmissionthatwouldfly-byororbitVenus?Doyouhaveopinionsaboutwhetherornotsuchamissionisagoodidea?Doyouhaveinterestindirectlysupportingsuchamission?Ifyouanswer‘yes’toanyofthese,thiscampfirediscussiononhumanflybyandorbitalmissionopportunitiesforVenusisforyou.

Thursday22September

10:15-11:25 RealizingaGlobalSpaceSolarPowerInitiative

Room:N03Format:OrcaBowl


John C. MANKINSVice President,MoonVillageAssociation(MVA),President,ARTEMISInnovationManagementSolutions,UnitedStates

Kevin BARRYCo-Founder,LightBridgeStrategicConsultingLLC,UnitedStates

Eduardo PINEDACo-Founder,LightBridgeStrategicConsultingLLC,Spain

Investmentstodevelopspacesolarpowerareincreasing,andtheneedforcarbonnet-zeroenergyhasneverbeengreater.However,manyofthechallengesofthisconceptcanonlybeovercomethroughcoordinatedglobalefforts.Thisspecialsessionwillpresentthefirst-ever internationalworkingdiscussiononthecentralquestion: isnowthetimeforaglobalprogramtodevelopSSPtobenefitpeopleeverywhere?The“OrcaBowl”willhelpfacilitatediscussioninalargegroupbyhavingjust2-3people(“Fish”)presentingtheideaofSSPtoagroupof4-5potentially-skepticalquestioners(“Orcas”)infrontofaliveaudience.

11:35-12:45 TheGreatPlanetaryDefenseQuiz

Room:N03Format:EducationalQuiz

Organizers:


Alissa J. HADDAJILecturer on Space Law,PolicyandEthics,HarvardUniversity,UnitedStates

WanttoknowmoreaboutasteroidsandtherisksofthemimpactingtheEarth?Haveyouseen“Don’tLookUp”?Wanttoknowwhatisfact,whatisfictionincaseofapossibleasteroidimpactscenario?Join“TheGreatPlanetaryDefenseQuiz”andlearnmoreabouteverythingyouhaveeverwantedtoknowabout“Armageddon”andhowtopreventitthroughafunquizledbyworldexpertsinthefieldofplanetarydefense.

Speakers:

Alissa J. HADDAJILecturer on Space Law,PolicyandEthics,HarvardUniversity,UnitedStates

Mariella GRAZIANOExecutive Director Space Systems and Robotics,GMVAerospace&DefenceSAU,Spain

Patrick MICHELHera Mission Principal Investigator,CentreNationaldelaRechercheScientifique(CNRS),France


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13:45-14:55 ProtectingtheMoonFarsideforScientificResearchIsUrgent


Organizers:

Claudio MACCONEDirector for Scientific Space Exploration and Chair,InternationalAcademyofAstronautics(IAA),Italy

Jack O. BURNSProfessor,DepartmentofAstrophysicalandPlanetarySciences,ColoradoCenterforAstrodynamicsResearch,UniversityofColorado,UnitedStates

Facilitator:

Bernard FOINGExecutive Director,InternationalLunarExplorationWorkingGroup(ILEWG),EuroMoonMars,Chair, IAFITACCUSCommittee,Netherlands

Overthenextseveralyearsgovernmentsandcommercialoperatorsareplanningtoplaceasmanyas100,000newsatellitesintonear-Earthorbitstoprovideglobalhigh-speedinternetaccess,telephonyservices,Earthobservation,etc.Astronomersarealreadyexperiencinga low levelofanewpollution,contaminationofastronomicalobservationsduetonewsatelliteconstellationsandorbitaldebris.Thebigquestionthatscientistsarefacingis:Howdowefixit?

Starlink,OneWeb,Kuiper,andSatNetareexamplesoffournewmega-constellationsthatwillbelaunchingthousandsofsatellitesoverthenextfewyears.Therearealreadymorethan3,000activesatellitesinlow-Earthorbits,morethan3timesthenumberjustafewyearsago.And,thisisjustthebeginning.ThefirstgenerationofSpaceX’sStarlink,whencompleted,willpopulatespacewitharound12,000satellites.Thesecondgenerationmayadd30,000more.Theotherthreementionedconstellations,maydeployatotalofover20,000satellites.Priorto2018,thelargestconstellationwasIridiumwhichtotaledaround70satellites.Evenifthedebrispopulationisignored,everyactivesatel-literepresentsasourceofcontamination.Forexample,satellitebodiesaswellassolarpanelsreflectsunlight.Thinkofatypicalastronomertryingtocapturefaintobjectsinouterspace.Whenasatelliteconstellationcrossesatelescope’sfieldofviewmultipleobscuringstreaksmayappear,interferingwithastronomicalobservations.CanMega-SatelliteConstellationsDestroyAstronomy?Satelliteoperatorsarguethatonlycertainkindsofobservationprogramswillbeatrisk.However,itisextremelydifficulttopredictjusthowbadthesituationwillgetuntilalloftheplannedsatellitesareinorbit.Unfortunately,bythattimeitmightbetoolatetofixtheproblem.

NowabouttheMoonFarsideProtection.ThisSpecialSessionadvocatesthesupporttotheMoonFarsideProtectionbyallscientistsworking in fourdifferentareasof science:Cosmology,Astrobiology,SETIandPlanetaryDefense:1)COSMOLOGYneeds theradioquietnessonandabovetheMoonFarsidetopickuptheextremelyfeebleradiationofthehydrogenlineat1420MHzasdown-shiftedtomuchsmaller frequencies,MHzorkHz,by the14billionyearsofuniverseexpansion.2)ASTROBIOLOGYstudiespre-biologicalinterstellarmoleculesbyvirtueoftheirroto-vibrationalspectra:adelicatesearchforfeeblespectrallinesthatonlyadvancedradiotelescopesandtheMoonFarsideradiosilencemayachieve.3)SETIneedsradioquietnesstopossiblydetectAlienCivilizations“signa-tures”thatreachusveryfeeblebecauseofthehugedistancesamongstarsintheMilkyWay,ifnotfromothergalaxies.ThediscoveryofoneormoreExtraTerrestrialCivilizationsinthisorothergalaxieswouldchangethehistoryofHumankind.4)PLANETARYDEFENSE.TheseeingfromtheMooniswonderful(thoughthemicro-meteoriteriskishigh).Thus,opticaltelescopespointingatthe(blocked)Sunwouldenablehigh-accuracymeasurementsoftheorbitalparametersofNEOs,greatlyimprovingalldataforPlanetaryDefense.

Speakers:

Kai-Uwe SCHROGLPresident,InternationalInstituteofSpaceLaw(IISL),Germany

Chuen Chern LOOHead, Space Publication and Registration Division, Radiocommunication Bureau,InternationalTelecommunicationUnion(ITU),Singapore

Jing PENGDeputy Chief Designer of the Spacecraft System of the 3rd Phase of China’s Lunar Exploration Program,ChinaAcademyofSpaceTechnology,China

15:05-16:15 Fast,Small,InterplanetaryLighsailMissionsThroughtheSolarSystemandBeyond


Organizers:

James SCHALKWYKProgramme Manager,BreakthroughInitiatives,UnitedStates

Kyran GRATTANAssociate Director,BreakthroughInitiatives,Luxembourg

Facilitator:

James SCHALKWYKProgramme Manager,BreakthroughInitiatives,UnitedStates

SolarsailscoupledwithinterplanetarysmallsatscanachieveextremelyhighvelocitiesbyfirstpassingclosetotheSun.Soon,tech-nologydemonstrationswillachievespeedstwicethatofVoyager,allowingtraveltoJupiterinayear.Infinitelyreproducibleatlowcost,these“Sundiver”spacecraftopenanewparadigmforfast,frequentmissionintheSolarSystemandbeyond.Whatarethesciencepossibilities?Whatnewparticipantswillitenable?Whatcollaborationsandpartnershipsmightitform?Willitpaveourwaytothestars?Acollaborativeworkshopwillintroducethisexcitingconceptandanswerthesequestions.

Speakers:

Pete WORDENExecutive Director,BreakthroughInitiatives,UnitedStates

Slava TURYSHEVSenior Research Scientist,NASA’sJetPropulsionLaboratory,UnitedStates

Andreas HEINAssociate Professor,UniversityofLuxembourg,Luxembourg

Sarah GIBSONSenior Scientist,NationalCenterforAtmosphericResearchHighAltitudeObservatory(HAO),UnitedStates

Raycho RAYCHEVCEO,EnduroSatAD,Bulgaria

Phil MAUSKOPFProfessor,ArizonaStateUniversity,UnitedStates

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5 InteractivePresentationsSessions

5.1 CategoryCoordinatorsandMembersoftheIPAwardCommittee

ChairmanoftheInteractivePresentationsAwardCommittee

Christophe BonnalCentre National d’Études Spatiales (CNES),France

CategoryA SCIENCEANDEXPLORATIONMaria-AntoniettaPerinoThales Alenia Space, Italy

Category B APPLICATIONSANDOPERATIONSIgorV.SorokinS.P. Korolev Rocket and Space Corporation Energia Russian Federation

Category C TECHNOLOGYJohnC.MankinsVice President President, Moon Village Association (MVA)Vice President, ARTEMIS Innovation Management SolutionsUnited States

Category D INFRASTRUCTURERobertaMugellesi-DowIntegrated Applications Manager,European Space Agency (ESA)United States

CategoryE SPACEANDSOCIETYLyn WigbelsAmerican Astronautical Society (AAS),United States

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Interactive Presentations

Help Desk

5.2 IPSessionsandIPAwardCeremony

IPSessionMonday19September,12:50–13:30(IPArea) IPSessionTuesday20September,12:50–13:30(IPArea) IPAwardCeremonyWednesday21September,13:00–13:30(RoomN02) IPSessionWednesday21September,13:30–15:00(IPArea)

5.3 InteractivePresentationsFloorPlans

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12:50-13:00 IAC-22/A1/IPB/68542AUNIVERSALMODELONSPACEPOLICY:FRAMEWORKFOREMERGINGNATIONSINSPACEWITHCASESTUDIESONINDIA,POLANDANDAFRICATanushri Joshi

13:00-13:10 IAC-22/A1/IPB/72082LAB-ON-CHIPPLATFORMSFORSPACEBIOLOGYAPPLICATIONSAgnieszka Podwin

13:10-13:20 IAC-22/A1/IPB/72041SPACERADIATIONSAFETYFORFEMALEASTRONAUTS:ATHOROUGHSTUDYONRADIATION-INDUCEDCANCERNewsha Haghgoo

13:20-13:30 IAC-22/A1/IPB/70391AQUAPONICFARMING-ACONTINUOUSSUPPLYOFFOODFORSPACECOLONIESSharry Kapoor

SCREEN#7

12:50-13:00 IAC-22/LBA/E7/74558NEWSPACE:THESTARWARSSOLDIEROFTHEFUTURE?Katja Grünfeld, Slovenia

13:00-13:10 IAC-22/A1/IPB/69487DESIGNANDDEVELOPMENTOFAHEALTHMONITORINGCOMPANIONROBOTFORCREWMEMBERSINSPACEShreya Santra

13:10-13:20 IAC-22/A3/IPB/67421MOONEXPLORATIONACCELERATION:THECONCEPTOFTHEFLIGHTDATARECORDERFORSPACEMISSIONSJamel Metmati

13:20-13:30 IAC-22/A3/IPB/72466MARTIANINTERIORINVESTIGATIONUSINGDISTRIBUTEDGEODETICSENSORNETWORKINTHETHARSISREGIONOFMARSJulian Rothenbuchner

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12:50-13:00 IAC-22/LBA/E7/74552CYBERWARFAREANDSECURITYOFSPACEASSETS:UNRAVELLINGTHECHALLENGESCONCERNINGATTRIBUTIONINLIGHTOFTHEVIASATATTACKIshita Das, NALSAR University of Law, India

13:00-13:10 IAC-22/A3/IPB/70808ASTEROIDIMPACTORSAMPLERETURNMISSIONCONCEPTJekanthan Thangavelautham

13:10-13:20 IAC-22/A3/IPB/73929NOVELDESIGNREQUIREMENTSFORNANOLUNARROVERSRobert Mahoney

13:20-13:30 IAC-22/A3/IPB/73924CUBER-ASOLUTIONFORLUNAREXPLORATIONRobert Mahoney

SCREEN#9

12:50-13:00 IAC-22/E7/IPB/73351WASTESTUDIES’INSIGHTINTOORBITALDEBRIS:AUNITEDARABEMIRATESCASESTUDYAlyssa Goessler, United States

13:00-13:10 IAC-22/A3/IPB/70047UTILIZATIONOFSTEREOLITHOGRAPHY-BASEDADDITIVEMANUFACTURINGAPPROACHFORMANUFACTURINGOFLUNARREGOLITHCERAMICSMaxim Isachenkov

13:10-13:20 IAC-22/A3/IPB/72600IN-SITUDETECTIONOFPLANETARYROVERCATASTROPHICFAILURESUSINGMACHINELEARNINGSimon Engler

13:20-13:30 IAC-22/A3/IPB/69869ASYSTEMS-LEVELAPPROACHTOEXTRACTINGOXYGENFROMLUNARREGOLITHVIAMOLTENREGOLITHELECTROLYSIS.Kirby Runyon

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13:00-13:10 IAC-22/A3/IPB/67926DE-CENTRALIZEDNETWORKFORCO-ORDINATEDLUNARROBOTICACTIVITYPrathmesh Barapatre

13:10-13:20 IAC-22/A3/IPB/67757ACOMPARATIVETECHNICALANALYSISONTHEOCCURRENCE,ABUNDANCE,ANDPROSPECTIONOFWATERICEONTHELUNARANDMARTIANEXTERIORITIES.Mrityunjai Verma

13:20-13:30 IAC-22/A3/IPB/68749BASALTFIBERCOMPOSITESFORTHEROBOTICFABRICATIONOFALUNARHABITATIna Cheibas

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13:00-13:10 IAC-22/A3/IPB/73765ARTEMISLUNARSTUDENTDRILL:ANOVELDRILLSEARCHINGFORLUNARVOLATILESINTHELUNARSOUTHPOLECharmaine Neufeld

13:10-13:20 IAC-22/A3/IPB/73150MALAPERTMOUNTAIN:MOONHIGHGROUNDPOINTEAWAITSLANDERSSteve Durst

13:20-13:30 IAC-22/A3/IPB/72027DEVELOPMENTOFALOWGRAVITYAIRBEARINGSURFACELeonard Vance

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13:00-13:10 IAC-22/A3/IPB/69832ANALYSISOFAPPROACHESTOENSURINGTHERETURNOFASEGMENTAL-CONICALSHAPERE-ENTRYVEHICLEFROMALUNARORBITWITHOUTDESTRUCTIONOFTHETHERMALPROTECTIONCOATINGVictor Leonov

13:10-13:20 IAC-22/A3/IPB/69734LUNARLEAPER:ALOCOMOTIVEVEHICLEFOREXPANDEDOUTREACHOFLUNARENVIRONMENTWITHDUALOPERATIONSYashika Paharia

13:20-13:30 IAC-22/A3/IPB/71529WATERMAPPINGNEUTRONSPECTROMETERHARDPIXFOREL3POLAREXPLORERRobert Filgas

5.4 InteractivePresentationsSchedule

PleasechecktheIAFApptogetthelatestupdatesontheInteractivePresentations.

Monday19September2022

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12:50-13:00 IAC-22/E7/IPB/70403COMBININGAIRANDSPACEORHOWTOSTARTREGULATINGSPACENAVIGATIONATTHEINTERNATIONALLEVEL?Ruslan Konygin, Peoples’ Friendship University of Russia (RUDN University), Russian Federation

13:00-13:10 IAC-22/A1/IPB/70689WEARABLEFORHEALTHCONTROLINASTRONAUTSANDALSOTODETECTANDMONITORCOVID-19INPATIENTS.Axel Núñez Arzola

13:10-13:20 IAC-22/A1/IPB/73403EEGSIGNALSYNTHESISANDRECOGNITIONOFINTELLIGENTHEALTHMONITORINGINLONG-TERMSPACEFLIGHTGu Tianhao

13:20-13:30 IAC-22/A1/IPB/67265TRANSFORMINGNEAR-FIELDMICRO-GRAVITYSOURCESINTOFAR-FIELDLIFESUPPORTSYSTEMSNghi Nguyen

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12:50-13:00 IAC-22/E7/IPB/67999THENEWBRAZILIANNATIONALPROGRAMOFSPACEACTIVITIES-PNAE(2022-2031):WHATTOEXPECTIan Grosner, Brazilian Space Agency (AEB), Brazil

13:00-13:10 IAC-22/A1/IPB/73894REMOTEHEALTHDATAANALYSISOFHANDANDWRISTMUSCULOSKELETALINJURIESINASTRONAUTSDURINGIN-FLIGHTANDPOST-FLIGHTPERIODSWITHDIGITALHEALTHSOFTWARESOLUTIONUSINGAIMLALGORITHMFORPROGNOSISSucheshnadevi Patil

13:10-13:20 IAC-22/A1/IPB/69470EFFICIENTLIFESUPPORTSYSTEMPaul Iacomi

13:20-13:30 IAC-22/A1/IPB/69542IMMUNONUTRITION:CONTRAMEASUREAGAINSTIMMUNESYSTEMDYSREGULATIONDURINGLONG-TERMSPACEFLIGHT.PROPOSAL.Luisa Garcia Rojas Vazquez

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12:50-13:00 IAC-22/E7/IPB/69768COULDTHEWORKINGPAPERLEADTOAUNIFIEDLEGALREGIME?:TORESOLVELEGALCHALLENGESWITHRESPECTTOAEROSPACEOBJECTSNayoung Youn, Institute of Air and Space Law, University of Cologne, Germany

13:00-13:10 IAC-22/A1/IPB/70172DEEPSPACEHABITATIONSYSTEMS-ATECHNOLOGICALREVIEWSara Sabry

13:10-13:20 IAC-22/A1/IPB/70896REGIONALANESTHESIAINSPACEWendy Yao

13:20-13:30 IAC-22/A1/IPB/70560FEASIBILITYOFLIFESUPPORTFORHUMANSINSPACEWITHANOXYGENBATTERYSYSTEMWITHTHEMICROALGAECHLORELLAVULGARISGERMANSarmiento

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12:50-13:00 IAC-22/E7/IPB/70669HUMANHERITAGEINSPACE:UNTAPPEDPOTENTIALBailey Cunningham, United States

13:00-13:10 IAC-22/A1/IPB/67960SPACEANDHUMANETHOLOGYINTHIRTYKEYWORDSCarole Tafforin

13:10-13:20 IAC-22/A1/IPB/73503ANALYSISOFSPACEDRAGONS:AFRAMEWORKFORPSYCHOLOGICALSAFETYFORLONGDURATIONSPACEFLIGHTAoife van Linden Tol

13:20-13:30 IAC-22/A1/IPB/72114APPLICATIONOFTHEBIOPSYCHOSOCIALAPPROACHTOTHEIDENTIFICATIONANDSTRENGTHENINGOFADAPTATIONMECHANISMSOFHUMANANDASMALLSOCIALGROUPDURINGTHEISOLATIONEXPERIMENTSIRIUS2017-2023Katerina Bernardova-Sykorova

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13:00-13:10 IAC-22/A1/IPB/67557MORPHOFUNCTIONALADAPTATIONOFTHEMURINEINTESTINEOVER30DAYSOFSIMULATEDMICROGRAVITYEvgeniya Lagereva

13:10-13:20 IAC-22/A1/IPB/72038LAB-PAYLOADFORBIOLOGICALCUBESATSATELLITEPatrycja Sniadek

13:20-13:30 IAC-22/A1/IPB/73376AGRICULTURALSYSTEMONMARS:ALIFE-SUPPORTSYSTEMFORMARTIAN’SSETTLERSMaria Grulich


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13:00-13:10 IAC-22/A6/IPB/70664FORMATIONKEEPINGCONTROLFORSIMULTANEOUSDEORBITUSINGLASERABLATIONShun Isobe

13:10-13:20 IAC-22/A6/IPB/73061THEUKSPACEAGENCY’SACTIVEDEBRISREMOVALPHASE0/PHASEASTUDIESAdam Camilletti

13:20-13:30 IAC-22/A6/IPB/73593DATAFUSIONOFMULTIPLEORBITALDATASOURCESFOROPTIMUMCOLLISIONAVOIDANCESERVICESATEUSSTCristina Pérez Hernández

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13:00-13:10 IAC-22/A3/IPB/67327STUDYONPLANUMBOREUMMARTIANICE-COLUMNDISTRIBUTIONUSINGACOMBINATIONOFMID-UVANDRGBBANDFROMEMIRATESEXPLORATIONIMAGER(EXI)Sathiyagayathiri Subramanian, Amity University, Dubai, United Arab Emirates

13:10-13:20 IAC-22/A6/IPB/70684ESTIMATIONOFORBITALPARAMETERSOFBROKEN-UPOBJECTUSINGIN-SITUDEBRISMEASUREMENTSATELLITEMahiro Tanahashi

13:20-13:30 IAC-22/A6/IPB/70887COMPLIANCECONTROLOFDUAL-ARMSPACEROBOTCAPTURESATELLITEOPERATIONBASEDONBARRIERLYAPUNOVFUNCTIONAn Zhu

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13:00-13:10 IAC-22/A6/IPB/73340SPACECLEANER:ANEWMAGNETICCONTACTLESSWAYTORECOVERSPACEDEBRISAndrea Riccobelli

13:10-13:20 IAC-22/A6/IPB/72935DEVELOPMENTOFIDENTIFIABILITYSCORESFORTHEDETECTABILITY,IDENTIFIABILITY,ANDTRACKABILITYANALYSISOFTHESPACESUSTAINABILITYRATINGScott Dorrington

13:20-13:30 IAC-22/B1/IPB/73807SPACEBIGDATAINTHESERVICEOFTHESPACE2030AGENDADimitra Stefoudi

SCREEN#24

13:00-13:10 IAC-22/B1/IPB/72635ANALYSISOFTHESPREADOFTHECALLAOOILSPILLOFFTHECOASTOFLIMA,PERUUSINGEARTHOBSERVATIONDATAZahra Okba

13:10-13:20 IAC-22/B1/IPB/68773POTABLEWATERLEAKDETECTIONBASEDONL-BANDSARTECHNOLOGYYuval Lorig

13:20-13:30 IAC-22/B1/IPB/68832COFFI:ANIMAGECLASSIFICATIONGUIFORFORESTFIREIMAGERYAPPLYINGCONVOLUTIONNEURALNETWORKSMuhammad Hasif bin Azami

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13:00-13:10 IAC-22/B1/IPB/68841GENETICALGORITHM-BASEDCONSTELLATIONORBITDESIGNFOREFFICIENTINTEGRATEDOPERATIONOFSINGLESATELLITESANDINCREASEOFTHETEMPORALRESOLUTIONOFSATELLITEINFORMATIONInsik Jung

13:10-13:20 IAC-22/B1/IPB/69082DETECTIONANDREMOVALOFCARSFROMSATELLITEIMAGERYOFURBANAREASWITHIMAGERECONSTRUCTIONUSINGDEEPLEARNINGTECHNIQUESSzymon Bogus

13:20-13:30 IAC-22/B1/IPB/69135RECENTDEVELOPMENTSOFSPACEOPTICSATSAFRANREOSCEric Ruch

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13:00-13:10 IAC-22/B1/IPB/70390NORTHSTAR:DATA-DRIVENSAILINGFORANEFFICIENTANDSAFEPASSAGEINTHEARCTICOCEANPaola Breda

13:10-13:20 IAC-22/B1/IPB/71102NOVELEDGEDATAPROCESSIONSYSTEMFOREOAPPLICATIONSPatrik Sandin

13:20-13:30 IAC-22/B1/IPB/71913LINEARREGRESSIONSTATISTICSINRELATIONTOVEGETATIONANDRAINFALL/TEMPERATURE.Andy Wolloh, Mesue Ngoumbah

SCREEN#27

13:00-13:10 IAC-22/B1/IPB/72058ANALYZINGTHEIMPACTSOFCLIMATECHANGEONN2OEMISSIONSFROMSOILUSINGSMALLSATELLITESKiran Mankame

13:10-13:20 IAC-22/B1/IPB/72547BOOSTINGREFORESTATIONBYESTIMATIONOFSOILFERTILITYUSINGSATELLITEIMAGINGTECHNIQUESPrajakta Ranade

13:20-13:30 IAC-22/B1/IPB/72835KADMOSPDGS-AS-SERVICEFORTHEPRISMAMISSIONLuigi Agrimano

SCREEN#28

13:00-13:10 IAC-22/B2/IPB/72293ADEEPLEARNINGBASEDVISUALNAVIGATIONSYSTEMFORDEEPSPACENAVIGATIONMattia Varile

13:10-13:20 IAC-22/B2/IPB/72264AMECHATRONICENGINEERINGAPPROACHONTHEDESIGNOFATELEMETRY,TRACKING,ANDCOMMANDSYSTEMFORTHEMONITORINGOFA3UCUBESATNANOSATELLITEIrvine Monroy

13:20-13:30 IAC-22/B2/IPB/67286THEVISION-CONCEPTOFLASERCROSSLINKSYSTEMSUSINGNANOSATELLITESINFORMATIONFLYINGGeuk-Nam Kim

SCREEN#13

13:00-13:10 IAC-22/A3/IPB/71146THEIMPACTOFSLIPANDROVERMOBILITYIMPLEMENTATIONCONSTRAINTSONPLANETARYROVERPATHPLANNINGRima Ghosh

13:10-13:20 IAC-22/A3/IPB/69573HIGH-FIDELITYROBUST3-DLUNARENVIRONMENTGENERATIONPLATFORMFORMICRO-ROVERSIMULATION-BASEDTASKSWatcharawut Masawat

13:20-13:30 IAC-22/A3/IPB/69545HAZARDDETECTION&AVOIDANCEINTEGRATIONANDDEMONSTRATIONFORAUTONOMOUSMOONLANDINGJean-Francois Hamel

SCREEN#14

13:00-13:10 IAC-22/A3/IPB/72590SOILPENETRATIONDARTS(SPDS)FORDEEPSOILSAMPLINGViduranga Landers

13:10-13:20 IAC-22/A3/IPB/69374ROBUSTPLACERECOGNITIONWITHGAUSSIANPROCESSGRADIENTMAPSFORTEAMSOFROBOTICEXPLORERSINCHALLENGINGLUNARENVIRONMENTSRiccardo Giubilato

13:20-13:30 IAC-22/A3/IPB/73185PHASE-ADESIGNOFAMARSSOUTHPOLEEXPLORATIONMISSION:MARSPENGUINFrancesco Ventre

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13:00-13:10 IAC-22/A3/IPB/70249RUBITICS:THESMARTERGCMSFORMARSHarshini K Balaji

13:10-13:20 IAC-22/A3/IPB/67195VAMI-ANEXPLORATIONOFVALLESMARINERISRaj Kedia

13:20-13:30 IAC-22/A3/IPB/70601AUTONOMOUSPERCEPTIONANDTERRAINRECONSTRUCTIONOFUNSTRUCTUREDLUNARCOMPLEXENVIRONMENT:AREVIEWQiming Liang

SCREEN#16

13:00-13:10 IAC-22/A3/IPB/67611ANALISYSOFTHEELECTROMAGNETICBEHAVIOROFLUNARSOILFORFUTUREMOBILETELECOMMUNICATIONSYSTEMSINTHE1-6GHZFREQUENCYBANDAndrea Delfini

13:10-13:20 IAC-22/A3/IPB/67980PROOF-OF-CONCEPTTABLETOPTUNABLEDIODELASERABSORPTIONSPECTROMETERINSTRUMENT(TDLAS)FORTHEDETECTIONOFH2O(V)INLUNARREGOLITHFORTHECANADIANMULTIPURPOSEAUTONOMOUSPENETRATORFORLUNAREXPLORATION(MAPLE)PROJECTAlexander Gmerek

13:20-13:30 IAC-22/A3/IPB/68220VISION-BASEDNAVIGATIONSUPPORTEDBYCONVOLUTIONALNEURALNETWORKSFORLUNARANDPLANETARYLANDINGMISSIONSPedro Pinheiro

SCREEN#17

13:00-13:10 IAC-22/A3/IPB/69704FEASIBILITYSTUDYFORLUNARRESOURCESTRANSPORTANDDELIVERYTHROUGHAPATHCLEARANCEVEHICLE(PCV)Martin Chaillet

13:10-13:20 IAC-22/A5/IPB/73101LUNAROASIS–ARCHITECTURALVISIONSFORANINTEGRATEDLUNARHABITATSandra Haeuplik-Meusburger

13:20-13:30 IAC-22/A5/IPB/68314ASCLEPIOSII:SECONDITERATIONOFTHESTUDENT-LEDANALOGMISSIONSIMULATINGAHUMANEXPEDITIONTOTHELUNARSOUTHPOLEOrlandi Veronica

SCREEN#18

13:00-13:10 IAC-22/A6/IPB/70152RESULTSOFSATELLITEIDENTIFICATIONANDPOSITIONINGBYPSEUDORANGINGMEASUREMENTSTARGETTINGONLYRADIOTRANSMISSIONSPREAMBLESWITHHIGHLY-UNCERTAINTIME-SYNCHRONIZATIONATTHEGROUND-SEGMENTAndreas Hornig

13:10-13:20 IAC-22/A6/IPB/73800NOVELLOW-COSTLIGHTWEIGHTLASERRETROREFLECTORSFORASUSTAINABLENEW-SPACEERADavid Gooding

13:20-13:30 IAC-22/A6/IPB/70959RESEARCHONTHEINTERPOLATIONOFTHEGRAVITATIONALPOTENTIALOFTHEEARTHAleksandr Kuznetsov

SCREEN#19

13:00-13:10 IAC-22/A6/IPB/69295ASTANDARDINTERCONNECTBENCHMARKFORAEUROPEANIN-ORBITSERVICES,MANUFACTURINGANDASSEMBLY(ISMA)DEMONSTRATORWiebke Brinkmann

13:10-13:20 IAC-22/A6/IPB/69583EFFECTOFLINEARANDNONLINEARPROPAGATIONOFUNCERTAINTYONOPTIMALCOLLISIONAVOIDANCEMANEUVERSShrouti Dutta

13:20-13:30 IAC-22/A6/IPB/71301ADEO–THEAUTOMATICDE-ORBITSAILSUBSYSTEM–ENABLINGSPACEDEBRISMITIGATIONFORBIG-ANDSMALLSATS,ROCKETBODIES,CUBESATS,ANDCONSTELLATIONSDaniel Stelzl

SCREEN#20

13:00-13:10 IAC-22/A6/IPB/70746ADYNAMICALSYSTEMSANALYSISOFTHEEFFECTSOFLAUNCHRATEDISTRIBUTIONONTHESTABILITYOFASOURCE-SINKORBITALDEBRISMODELCelina Pasiecznik

13:10-13:20 IAC-22/A6/IPB/71769DEMONSTRATIONOFSPACEDEBRISOBSERVATIONCAPABILITIESOFTHEESAIZN-1ROBOTICOPTICALGROUNDSTATIONEmiliano Cordelli

13:20-13:30 IAC-22/A6/IPB/73790KASIOPEIA:KASI’SORBITPROPAGATION&ESTIMATION,INTEGRATEDANALYSISSYSTEMFORSPACESITUATIONALAWARENESSEun Jung Choi

Monday19September2022Monday19September2022

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SCREEN#37

13:00-13:10 IAC-22/C1/IPB/69697SPACECRAFTFORMATIONFLYINGCONFIGURATIONDESIGNFORSPACE-BASEDGRAVITATIONALWAVEOBSERVATORYZhengxu Pan

13:10-13:20 IAC-22/C1/IPB/71732SATELLITEATTITUDEDETERMINATIONALGORITHMSBASEDONLYONSTARTRACKERMEASUREMENTSUSINGTRIADANDQ-METHODElhassen Benfriha

13:20-13:30 IAC-22/C1/IPB/68189EFFECTSOFPRIMARYSHADOWINGONASTEROIDEJECTACAPTUREDINTOPERIODICORBITSAnivid Pedros-Faura

SCREEN#38

13:00-13:10 IAC-22/C1/IPB/69241ONTHEORBITCONTROLOFNEARREPEATCYCLEORBITS:THECASEOFTHEBIOMASSMISSIONSérgio Brás

13:10-13:20 IAC-22/C1/IPB/73897MULTIPLE-SHOOTINGCONTINUATIONOFSUN-ASSISTEDLUNARTRANSFERSFROMTHEPLANARBICIRCULARTOTHEEPHEMERISMODELAnastasia Tselousova

13:20-13:30 IAC-22/C1/IPB/69254HARDWARE-IN-THE-LOOPSIMULATIONFRAMEWORKFORCUBESATSPROXIMITYOPERATIONS:APPLICATIONTOTHEMILANIMISSIONAntonio Rizza

SCREEN#39

13:00-13:10 IAC-22/C1/IPB/71391SENSITIVITYANALYSISOFASTEROIDEJECTAMODELSFORFUTUREIN-ORBITSAMPLECOLLECTIONMISSIONMirko Trisolini

13:10-13:20 IAC-22/C1/IPB/69357TOTHEEXTENDEDRUTHERFORD’SFORMULAANDITSAPPLICATIONINTHEINTERPLANETARYMISSIONDESIGNUSINGMULTIPLEGRAVITYASSISTSAlexey Grushevskii

13:20-13:30 IAC-22/C1/IPB/71120COORDINATIONANDREACTIVECONTROLOFMULTI-SPACECRAFTFORMATIONSFOREARTHOBSERVATIONClaudio Vela

SCREEN#40

13:00-13:10 IAC-22/C1/IPB/67224RESONANTORBITFORTHEEXPANSIONOFACHIEVABLELANDINGAREASONTHEVENUSSURFACEINFRAMEWORKOFVENERA-DPROJECTVladislav Zubko

13:10-13:20 IAC-22/C1/IPB/72589FRAMEWORKFORANALYZINGTHECOMPLEXINTERACTIONSBETWEENSPACECRAFTMOTIONANDSLOSHDYNAMICSINLOW-GENVIRONMENTSWilliam Elke

13:20-13:30 IAC-22/C1/IPB/67873SIXDOFANALYSISFORASTEROIDAUTONOMOUSEXPLORATIONRodolfo Batista Negri

SCREEN#41

13:00-13:10 IAC-22/C1/IPB/71903GNCOFANCARGOSPACECRAFTON-ORBITSERVICINGHERSCHELATL2Davide Menzio

13:10-13:20 IAC-22/C1/IPB/67749DIRECTPHASINGMANEUVERINCIS-LUNARSPACE:SENSITIVITYANDROBUSTNESSANALYSISCatarina Antunes da Silva

13:20-13:30 IAC-22/C2/IPB/72934ENHANCEMENTOFPASSIVEDAMPINGBYUSINGMULTILAYEREDSUPERELASTICSHAPEMEMORYALLOYFORVIBRATIONSUPPRESIONOFSOLARPANELJae-Hyeon Park

SCREEN#42

13:00-13:10 IAC-22/C2/IPB/69915SPACESTRUCTUREBUILDINGBLOCKINSPIREDBYDEEP-SEAGLASSSPONGESNedal Lehlooh

13:10-13:20 IAC-22/C2/IPB/68340DEVELOPMENTOFTHETHERMALCONTROLUNITUSINGTHESOLID-LIQUIDPHASECHANGEMATERIALFORMULTI-HEATSOURCESINSTALLEDONTHEKOREANNEXTSAT-2Taig Young Kim

13:20-13:30 IAC-22/C2/IPB/68252INVESTIGATIONONHEATTRANSFERCHARACTERISTICOFPODSATLOWTEMPERATUREZhenjun Zhou

SCREEN#43

13:00-13:10 IAC-22/C3/IPB/70904THEEFFECTOFSELF-SHADOWINGONCUBESATSPOWERGENERATIONDoaa Halwish

13:10-13:20 IAC-22/C3/IPB/70613NON-UNIFORMHEATINGIMPACTONSPECIFICIMPULSEINNUCLEARTHERMALPROPULSIONENGINESSpencer Christian

13:20-13:30 IAC-22/C3/IPB/74085THEIMPORTANCEOFEXPORTCOMPLIANCEREGARDINGNUCLEARENERGYSYSTEMSANDITSUSEINTHESPACEINDUSTRYGiorgio Cardile

SCREEN#44

13:00-13:10 IAC-22/C3/IPB/73311SPACECRAFTINTEGRATEDSYSTEMMODELFORNTPPOWEREDPLANETARYSCIENCEMISSIONSSaroj Kumar

13:10-13:20 IAC-22/C3/IPB/68377NUCLEARBATTERIESFORSPACEAPPLICATIONS:FROM1913TOTHEMOONANDBEYONDLucia Bonventre

13:20-13:30 IAC-22/C3/IPB/69269WIPTHERM:ANOVELENERGYHARVESTINGPARADIGMFORCUBESATSFermin Navarro-Medina

SCREEN#29

13:00-13:10 IAC-22/B2/IPB/73516PERFORMANCEBOUNDSFORCOOPERATIVELOCALISATIONINSTARLINKCalum Turner

13:10-13:20 IAC-22/B2/IPB/70714CHECKOUTANDTESTINGEQUIPMENT(CTE)FORINTER-SATELLITELINK(ISL)COMMUNICATIONSUBSYSTEMSomaia Mohamed

13:20-13:30 IAC-22/B2/IPB/73468STARSHIPIMPACTONTHESATCOMINDUSTRYJustin Ahwah

SCREEN#30

13:00-13:10 IAC-22/B2/IPB/72778ANANALYSISOFCONSTELLATIONCONFIGURATIONSFORALUNARNAVIGATIONSATELLITESYSTEMAbigail MacGillivray

13:10-13:20 IAC-22/B2/IPB/67870GEOMETRICALCOMPARISONOFDIFFERENTLOCALIZATIONMETHODSFORLUNARNAVIGATIONEXPLOITINGELFOANDHALOORBITSgheorghe sirbu

13:20-13:30 IAC-22/B3/IPB/72676VIRTUALREALITYMULTIUSERSIMULATIONOFSURFACEOPERATIONSFORARTEMISANDMARSMISSIONSWaylon Lee

SCREEN#31

13:00-13:10 IAC-22/B3/IPB/72434ELECTROENCEPHALOGRAPHY(EEG),ELECTROMYOGRAPHY(EMG)ANDEYE-TRACKINGFORASTRONAUTTRAININGANDSPACEEXPLORATIONLeonie Becker

13:10-13:20 IAC-22/B3/IPB/68973THEUSEOFVIRTUALREALITYINMICROGRAVITYENVIRONMENTSFORASTRONAUTTRAININGFlavie Aditya Annick Suzanne Davida Tohotaua Rometsch

13:20-13:30 IAC-22/B3/IPB/70020USINGTHEMETHODOFLOCIINVIRTUALREALITYTOREDUCEROBOTICOPERATIONSTRAININGTIMEFORASTRONAUTSMartial Costantini

SCREEN#32

13:00-13:10 IAC-22/B3/IPB/72756THERECEIPTANDANALYSISOFWEATHERDATAINASIMULATEDMARTIANENVIRONMENTKieron von Buchstab

13:10-13:20 IAC-22/B4/IPB/73562PRODUCTASSURANCEFORSMALLSATELLITESINRESPONSIVESPACEWITHMODULARPAYLOADANDCOTS-PLATFORMAlexander Schmidt

13:20-13:30 IAC-22/B6/IPB/67212MANAGETHEWORKFLOWOFDATASPACEOPERATIONSINTHENEWSPACEJamel Metmati

SCREEN#33

13:00-13:10 IAC-22/B6/IPB/72913FUTUREGROUNDSEGMENTSWITHSTANDARDIZEDINTERFACES:THEDOMINO-XPROJECTDaniel Novak

13:10-13:20 IAC-22/B6/IPB/70579AMULTI-AGENTPLANNINGMETHODONDEEPREINFORCEMENTLEARNINGFORLUNARROVERSCOLLABORATEDOPERATIONWITHUNCERTAINTYSiyao Lu

13:20-13:30 IAC-22/B6/IPB/70308PODIUM:APULSARNAVIGATIONUNITFORSCIENCEMISSIONSFrancesco Cacciatore

SCREEN#34

13:00-13:10 IAC-22/B6/IPB/67786ON-BOARDRE-PLANNINGOFANEARTHOBSERVATIONSATELLITEFORMAXIMISATIONOFOBSERVATIONCAMPAIGNGOALSCheyenne Powell

13:10-13:20 IAC-22/B6/IPB/73287ATTITUDEDISTURBANCECAUSEDBYPROPELLANTMASSCONTAMINATIONANDSUBLIMATIONFROMSATELLITEEXTERNALSURFACESDURINGORBITALCONTROLOPERATIONS.Damiano Errico

13:20-13:30 IAC-22/C1/IPB/74060DESIGNDRIVERSOFANATTITUDECONTROLSYSTEMFORSMALLCUBESATSUSINGMAGNETORQUERSGabrielle Witt

SCREEN#35

13:00-13:10 IAC-22/C1/IPB/69315DESIGN,DEVELOPMENTANDANALYSISOFGEARBASEDVARIABLESPEEDCONTROLMOMENTGYROSPriyank Dubey

13:10-13:20 IAC-22/C1/IPB/69591APPLICATIONANDANALYSISOFNEURALNETWORKSFORUNMODELEDDYNAMICSINTHECIRCULARRESTRICTEDTHREEBODYPROBLEMKyle Messick

13:20-13:30 IAC-22/C1/IPB/71401EXPLOITINGCOHERENTPATTERNSFORTHEANALYSISOFQUALITATIVEMOTIONANDTHEDESIGNOFBOUNDEDORBITSAROUNDSMALLBODIESNicolò Bernardini

SCREEN#36

13:00-13:10 IAC-22/C1/IPB/68600ROBUSTDESIGNOFINTERPLANETARYTRAJECTORIESUNDERSEVEREUNCERTAINTYVIAMETA-REINFORCEMENTLEARNINGLorenzo Federici

13:10-13:20 IAC-22/C1/IPB/72087IMPROVINGON-BOARDATTITUDEKNOWLEDGEACCURACYBYREAL-TIMELEARNINGANDCOMPENSATIONOFMEASUREMENTERRORSFORHIGHACCURACYSATELLITESASHOK KUMAR K

13:20-13:30 IAC-22/C1/IPB/71381NONLINEAROBSERVERANDMPC-BASEDALGORITHMSFORRENDEZVOUSMANEUVERWITHTUMBLINGTARGETElisa Capello

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Tuesday20September2022

SCREEN#1

13:00-13:10 IAC-22/C4/IPB/68383DEVELOPMENTOFAVALIDATEDMODULARDESIGNTOOLFORABS-NITROUSHYBRIDROCKETENGINESRolf Wubben

13:10-13:20 IAC-22/C4/IPB/70285INTERSTELLARSPACEEXPLORATIONUSINGPHOTONPROPULSIONRithika S

13:20-13:30 IAC-22/C4/IPB/69947EXPERIMENTANDSIMULATIONFORDYNAMICCHARACTERISTICSOFDUAL-MODESPACEPROPULSIONSYSTEMPRESSURIZEDBYELECTRICPUMPChuang Zhou

SCREEN#2

13:00-13:10 IAC-22/C4/IPB/73103ASSESSINGIMPURITYEFFECTSONLO-X/METHANEANDLO-X/NATURALGASMIXTURESINROCKETPROPULSIONSYSTEMSJessica Baker

13:10-13:20 IAC-22/C4/IPB/69126ATOMISATIONANDCOMBUSTIONOFTHEONERA/CNESHIGHPERFORMANCEGREENMONOPROPELLANTLorenzo Byrde

13:20-13:30 IAC-22/C4/IPB/68061CHALLENGESANDOPPORTUNITIESFORORBITALPROPULSIONUlrich Gotzig

SCREEN#3

13:00-13:10 IAC-22/C4/IPB/73825CFDOPTIMIZATIONOFFILMCOOLINGINGREENSTORABLEBIPROPELLANTROCKETTHRUSTERSCezary Chmielewski

13:10-13:20 IAC-22/D1/IPB/67336INTERNATIONALSPACESTATIONSCOMMUNICATIONSYSTEMTOTHEEARTH:THEEUROPEANDATARELAYSYSTEMFORTHEASTRONAUTSONORBIT.Jamel Metmati

13:20-13:30 IAC-22/D1/IPB/74233OUROBOROS-ACASESTUDYINDISTRIBUTEDAGILECONCURRENTENGINEERING(DACE)OFSPACEMISSIONSDaniel Erkel

SCREEN#4

13:00-13:10 IAC-22/D1/IPB/71520AFRAMEWORKFORCOLLECTINGLESSONSLEARNEDFORUNIVERSITYCUBESATPROJECTSEvelyn Honore-Livermore

13:10-13:20 IAC-22/D1/IPB/73606PHOTOMETRICANALYSISFORTESTINGSTARLINKSOLUTIONSTOLIGHTREFLECTIONMITIGATIONLorenzo Cimino

13:20-13:30 IAC-22/D1/IPB/68681LESSONLEARNEDINNOVATIONSINTHEEUROPEANSPACEAGENCY-FIRSTSTEPSINTHEAPPLICATIONOFARTIFICIALINTELLIGENCEANDMACHINELEARNINGFORIMPROVEDCAPTUREOFANDLEARNINGFROMOURPASTEXPERIENCEAndrew Herd

SCREEN#5

13:00-13:10 IAC-22/D1/IPB/74221SOFTWAREDEVELOPMENTLESSONSLEARNEDINVOLUNTEERSTUDENT-DRIVENCUBESATMISSIONSMagnus Mæhlum

13:10-13:20 IAC-22/D1/IPB/68680MOTIONPLANNINGOFSPACEROBOTBASEDONGATJie Li

13:20-13:30 IAC-22/D1/IPB/73767STASIS:ANATTITUDETESTBEDFORHARDWARE-IN-THE-LOOPSIMULATIONSOFAUTONOMOUSGUIDANCE,NAVIGATION,ANDCONTROLSYSTEMSGianfranco Di Domenico

SCREEN#6

13:00-13:10 IAC-22/D1/IPB/74332REAL-TIMEREMAININGUSEFULLIFEPREDICTIONOFSPACECRAFTREACTIONWHEELSUSINGHYBRIDMODELBASEDONARTIFICIALINTELLIGENCETECHNIQUESKrishna Kumar

13:10-13:20 IAC-22/D1/IPB/70503SAFETYGUIDEDSYSTEMDESIGNFORSATELLITEMEGA-CONSTELLATIONSWoo Seok Park

13:20-13:30 IAC-22/D1/IPB/74176SPACECRAFTPRELIMINARYSIZINGFORMULATIONMETHODSJohannes Norheim

SCREEN#7

13:00-13:10 IAC-22/D1/IPB/71812AGILE-SYSTEMSENGINEERINGFORSUB-CUBESATSCALESPACECRAFTKonstantinos Kanavouras

13:10-13:20 IAC-22/D1/IPB/73279ANINTEGRATEDDESIGNPLATFORMTOANALYZEANDSIZEPLANETARYEXPLORATIONSYSTEMSAPPLIEDTOLUNARLAVATUBEEXPLORATION.André Roque

13:20-13:30 IAC-22/D2/IPB/69634ASHRINKINGHORIZONMODELPREDICTIVECONTROLFORLANDINGOFREUSABLELAUNCHVEHICLESGuillermo Zaragoza Prous

SCREEN#8

13:00-13:10 IAC-22/D2/IPB/67636ON-BOARDGUIDANCEGAINOPTIMIZATIONFORMARSEDLTRAJECTORYSHAPINGShayna Hume

13:10-13:20 IAC-22/D2/IPB/69380THEVERTICALLANDINGVEHICLESLIBRARY(VLVLIB):AMODELICA-BASEDAPPROACHTOHIGH-FIDELITYSIMULATIONANDVERIFICATIONOFGNCSYSTEMSFORREUSABLEROCKETSStefano Farì

13:20-13:30 IAC-22/D2/IPB/71033DEVELOPMENTOFSIMPLEPAF:SATELLITEEMISSIONSYSTEMANDITSPERFORMANCEEVALUATIONYouichi Horie

SCREEN#45

13:00-13:10 IAC-22/C4/IPB/70242NUMERICALMODELFORTHEPREDICTIONOFTHEREGRESSIONRATEINHYBRIDROCKETKICK-MOTORSWORKINGWITHLIQUIDNITROUSOXIDEGiuseppe Gallo

13:10-13:20 IAC-22/C4/IPB/68246COMPUTATIONALSTUDYOFPLASMADETACHMENTFROMMAGNETICNOZZLESINAPPLIEDFIELDMPDTHRUSTERSUSINGLATTICEBOLTZMANNMETHODHamda Al-Ali

13:20-13:30 IAC-22/C4/IPB/70469HYBRIDROCKETENGINESASANOPTIONTOFUTUREAPPLICATIONFORTHEBRAZILIANSPACESECTORArtur Bertoldi

SCREEN#46

13:00-13:10 IAC-22/C4/IPB/72754THERMALANALYSISOFTHESCRAMJETENGINESYSTEMWITHBURNINGFUELLucas Pádua

13:10-13:20 IAC-22/C4/IPB/70105EXPERIMENTALSTUDYONTHEINFLUENCEOFDIFFERENTOSCILLATIONAMPLITUDEONTHECOMBUSTIONCHARACTERISTICSOFPROPELLANTALUMINUMPARTICLESJiang Yuan

13:20-13:30 IAC-22/C4/IPB/69962FUELREGRESSIONCHARACTERISTICSOFAXIAL-INJECTIONEND-BURNINGHYBRIDROCKETSUSINGNITROUSOXIDEMai Fukada

SCREEN#47

13:00-13:10 IAC-22/A6/IP/71421DEVELOPMENTOFMICROSATELLITETODEMONSTRATESPACEDEBRISREMOVALTECHNOLOGIESToshihisa Tanaka, Kawasaki Heavy Industries, Ltd., Japan

13:10-13:20 IAC-22/E5/IP/67566LAGRANGEASTEROIDCITY(LAC)–ASTEROPOLIS:THEO’NEILL’SSPACEURBANMODELREVISITEDWerner Grandl, Space Renaissance International, Italy

13:20-13:30 IAC-22/E9/IP/70633TOWARDABLOCKCHAIN-SPACENEXUS:CHALLENGESANDOPPORTUNITIESTOSECURITY,STABILITY,ANDSUSTAINABILITYONTHEFINALFRONTIERBenjamin Shapiro, United States

SCREEN#48

13:00-13:10 IAC-22/C4/IPB/68401STUDYOFEFFECTONCOMBUSTIONFLOW-FIELDDUETOVARIATIONOFINLETBOUNDARYCONDITIONSINDUAL-CAVITYSCRAMJETCOMBUSTORSourin Das, Bharati Vidyapeeth’s College of Engineering, India

13:10-13:20 IAC-22/C2/IP/72677TESTINGANDMANUFACTURINGOFAHYPERSONICROCKETFINSMOHAMMEDMohammed Omar Nawaz, Concordia University, Canada

13:20-13:30 IAC-22/D4/IP/72331THEWHOLEISMORETHANTHESUMOFITSPARTS:UPDATESFROMTHETURTLEGROUPTOWARDSTHEGLOBALDEVELOPMENTOFALUNAREXPLORATIONTECHNOLOGYADAPTIVEROADMAPAntonino Salmeri, Polytechnic of Turin, Italy

SCREEN#49

13:00-13:10 IAC-22/E7/IP/67631THEMULTI-LEVELSYSTEMOFSPACEMINING:REGULATORYASPECTSANDENFORCEMENTOPTIONSAntonino Salmeri, University of Luxembourg, Italy

13:10-13:20 IAC-22/A1/IP/68759CORRELATIONBETWEENAUDIOLOGICALANDPSYCHOPHYSIOLOGICALSTRESSPROFILEAMONGASTRONAUTSDURINGLONG-DURATIONSPACEFLIGHTMISSIONSAya Hesham, Ain Shams University, Egypt

13:20-13:30 IAC-22/E5/IP/68605GAIA:AHOLISTICAPPROACHTOASSESSTHELOGISTICSOFMENSTRUATIONINSPACETODRAWPARALLELSONEARTHSejal Budholiya, Space Generation Advisory Council (SGAC), India

SCREEN#50

13:00-13:10 IAC-22/E7/IPB/72091THEPROTECTIONOFADARKANDQUIETSKYTHROUGHHUMANKIND’SLEGALLENSAndrew Simon-Butler, University of British Columbia, Canada

13:10:13:20 IAC-22/E7/IPB/71148SUSTAINABLEDEVELOPMENTANDSCIENTIFICRESEARCHINOUTERSPACEMaria Elena De Maestri, Università degli Studi di Genova, Italy

13:20-13:30 IAC-22/E7/IPB/67839HUMANPLANETARYSETTLEMENTS:LEGALASPECTSOFFUTURECELESTIALGOVERNANCEMiraslava Kazlouskaya, Space Generation Advisory Council (SGAC), Belarus


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SCREEN#17

13:00-13:10 IAC-22/E1/IPB/71009SUSTAINABLEDEVELOPMENTTHROUGHSPACEEDUCATIONFORCHILDRENINDEVELOPINGCOUNTRIESLily Rospeen Asongfac

13:10-13:20 IAC-22/E1/IPB/67954THESTUTTGARTSPACESTATIONDESIGNWORKSHOP–CURRENTSTATUSGisela Detrell

13:20-13:30 IAC-22/E1/IPB/70879TEACHINGANINTERDISCIPLINARYCOURSETOAMULTIDISCIPLINARYAUDIENCE:SOCIALSTUDIESOFOUTERSPACEATTHEJAGIELLONIANUNIVERSITYKarlijn Korpershoek

SCREEN#18

13:00-13:10 IAC-22/E1/IPB/72481LDEUNIVERSITIESSPACEFORSCIENCE&SOCIETYPROGRAMMEPeter Batenburg

13:10-13:20 IAC-22/E10/IPB/71605DOLOOKUP:AYOUNGGENERATION’SPERSPECTIVEONPLANETARYDEFENSEAlessia Gloder

13:20-13:30 IAC-22/E10/IPB/71048ADDRESSINGIMMINENTIMPACTORSTHREATFROMDISTANTRETROGRADEORBITS(DRO).Marta Ceccaroni

SCREEN#19

13:00-13:10 IAC-22/E10/IPB/71037NEAR-EARTHASTEROIDSSHORT-TERMEARLYWARNINGANDDEFENSEBASEDONSUN-EARTHHALOORBITYu zhitong

13:10-13:20 IAC-22/E3/IPB/67849THEBRAZILIANSPACEPROGRAM:ANANALYSISONINNOVATION,SPACEEXPLORATIONANDITSSOCIOECONOMICBENEFITSErik Busnello Imbuzeiro

13:20-13:30 IAC-22/E3/IPB/74153FRENCHVIEWSANDACTIONSINSPACEMakena Young

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13:00-13:10 IAC-22/E3/IPB/68503MEXICOANDITSRESOURCESFORTHEPREPARATIONOFTHENEXTSPACEGENERATION.Daniela Fernanda González Chávez

13:10-13:20 IAC-22/E3/IPB/71070POLICY,REGULATORYANDDIPLOMATICPERSPECTIVESONTHRESHOLD-BASEDMODELSFORSPACESAFETYANDSUSTAINABILITYMatija Rencelj

13:20-13:30 IAC-22/E3/IPB/69675STEERINGSPACEACTIVITIESFORGLOBALBENEFITS:ACRITICALSTUDYOFTHEASIA-PACIFICFRAMEWORKFORPROSPECTIVESPACEDEVELOPMENTNaoko Sugita

SCREEN#21

13:00-13:10 IAC-22/E3/IPB/73783CISLUNARSPACEDOMAINAWARENESS(SDA)Francis Humphrey

13:10-13:20 IAC-22/E6/IPB/74287IMPORTANCEOFGREENFINANCEWITHPRIVATEENTITIES’INVOLVEMENTINTHESPACEECONOMYSwarnajyoti Mukherjee

13:20-13:30 IAC-22/E6/IPB/67705MANAGINGASTUDENT-LEDTEAMTOASUCCESSFULSPACEMISSION:AFOCUSONWELLBEINGChelsea Bahenduzi

SCREEN#22

13:00-13:10 IAC-22/E6/IPB/72656ENTERPRISERISKMANAGEMENTANDINTERNALAUDITCOLLABORATIONINAEROSPACEANDDEFENSEChristopher Geiger

13:10-13:20 IAC-22/E6/IPB/68864SCENARIOPLANNINGFORTHEFUTUREOFINNOVATIONINSPACEANDEMERGINGTECHNOLOGIESS.W. Chiu

13:20-13:30 IAC-22/E6/IPB/73744ANANALYSISOFTHEREPUBLICOFKOREA’SSPACEINDUSTRYECOSYSTEMYeong-eun Hwang

SCREEN#23

13:00-13:10 IAC-22/E6/IPB/70701CENTURY-SCALESPACEENGAGEMENTKevin Lewis

13:10-13:20 IAC-22/E6/IPB/72081ACASESTUDYOFSMALLLAUNCHVEHICLETECHNOLOGYROADMAPPINGUSINGAWORKSHOP-BASEDAPPROACHJunwoo Park

13:20-13:30 IAC-22/E6/IPB/72388HOWTOBUILDABOARDOFADVISORSTOPROPELYOURSPACESTARTUPTOSUCCESSAnushka Sharma

SCREEN#24

13:00-13:10 IAC-22/E7/IPB/70177SPACETRANSPORTATIONSYSTEMS-LESSONLEARNEDFROMPASTDEEPSPACEMISSIONSSmit Patel, Deep Space Initiative, Germany

13:10-13:20 IAC-22/C1/IPB/70501DEEPLEARNINGBASEDRELATIVENAVIGATIONABOUTUNCOOPERATIVESPACEOBJECTSMassimo Piazza, Politecnico di Milano, Italy

13:20-13:30 IAC-22/LBA/C2/74587HIGH-POWERROCKETRYINNOVATIONFORDEVELOPMENTOFASUSTAINABLEAEROSPACEMODELDiont Saharaby Landeros Ramírez, Universidad Nacional Autónoma de México (UNAM), Mexico

SCREEN#9

13:00-13:10 IAC-22/D2/IPB/71632CONCEPTUALDESIGNOFAUTONOMOUSMOBILELANDINGPLATFORMTOEXPEDITEMULTIPLECREWANDCARGOLANDINGS.Indra Muthuvijayan

13:10-13:20 IAC-22/D2/IPB/71527STOCHASTICCONTROLOFLAUNCHVEHICLEUPPERSTAGEWITHCHANCE-CONSTRAINEDSPLASH-DOWNBoris Benedikter

13:20-13:30 IAC-22/D2/IPB/69867MORAZÁNPROJECTS(MRZ-SAT):ACADEMICFACILITIESOFTHEGROUNDSEGMENTOFSPACEMISSION.Fernando José Zorto Aguilera

SCREEN#10

13:00-13:10 IAC-22/D2/IPB/73892INSTANTANEOUSIMPACTPOINTPREDICTIONFORSOUNDINGROCKETLAUNCHSAFETYMaciej Michałów

13:10-13:20 IAC-22/D2/IPB/70100PUNCTUALLAUNCHSTRATEGYRESEARCHOFTYPHOONRESPONSEFORMARSEXPLORATIONMISSIONWITHINANNUALLAUNCHWINDOWZheng Yan

13:20-13:30 IAC-22/D2/IPB/71193CONTROLDESIGNFORTRANSFEROFPAYLOADBETWEENREUSABLEROCKETANDLOWERENDOFTHESKYHOOKAditya Prakash

SCREEN#11

13:00-13:10 IAC-22/D2/IPB/67479CISLUNARSPACETRANSPORTATIONSYSTEMOFLARGE-SCALECISLUNAREXPLORATIONANDEXPLOITATIONINFUTURERong Chen

13:10-13:20 IAC-22/D2/IPB/71719IMPACTOFLIFECYCLEASSESSMENTCONSIDERATIONSONLAUNCHVEHICLEDESIGNThomas Bellier

13:20-13:30 IAC-22/D2/IPB/71742SIRIUSSPACESERVICES:ASUSTAINABLEANDAFFORDABLEACCESSTOSPACEWITHARANGEOFMINI-LAUNCHVEHICLESFrancois Maroquene-Froissart

SCREEN#12

13:00-13:10 IAC-22/D2/IPB/73270DESIGNOFANIN-SPACETRANSPORTATIONVEHICLEFORAHUMANEXPLORATIONMISSIONOFMARSJose Cavero

13:10-13:20 IAC-22/D2/IPB/72794SPACEEXPLORATIONVEHICLEEMERGENCY&NAVIGATION“SEVEN”Natausha Chohan

13:20-13:30 IAC-22/D3/IPB/72639INTERNALCONCEPTUALSYSTEMDESIGNOFANINFLATABLELUNARSURFACEHABITAT,EUROHABKyunghwan Kim

SCREEN#13

13:00-13:10 IAC-22/D3/IPB/70697APPLICATIONOFEMERGINGINNOVATIONSINMICROBIOMESCIENCETOSPACEDEVELOPMENTANDSETTLEMENTSYSTEMSNicholas Nastasi

13:10-13:20 IAC-22/D3/IPB/70899PLANETARYFOUNDATIONSERVICESINFRASTRUCTURE:CURRENTSTATUSANDDEVELOPMENTPATHWAYSJonathon Ralston

13:20-13:30 IAC-22/D3/IPB/67389RECONFIGURABLEROBOTFORON-ORBIT-SERVICINGMODULARSATELLITES.Nicolas Hügel

SCREEN#14

13:00-13:10 IAC-22/D5/IPB/72405CYBERSECURITYANDSPACE:ENSURINGASECURESPACEATTHEOPERATIONALSYSTEMLEVELCharles Mudd

13:10-13:20 IAC-22/D6/IPB/70654REGULATINGTHELIABILITYOFFUTUREIN-SITUSPACEOPERATIONSCharles Mudd

13:20-13:30 IAC-22/D6/IPB/72505AFEASIBILITYANALYSISOFDREAMCHASERLANDINGINANAIRPORTINNEPALNarayan Dhital

SCREEN#15

13:00-13:10 IAC-22/D6/IPB/71187RAPIDCONJUNCTIONSCREENINGBASEDCOLLISIONAVOIDANCEFORMEGA-CONSTELLATIONSWITHCOVERAGEANDTHRUSTCONSTRAINTSHao Guo

13:10-13:20 IAC-22/D6/IPB/73977OPPORTUNITIESFORSPACEEXPLORATIONUNDERTHEUNITEDNATIONSACCESSTOSPACEFORALLINITIATIVE:ACHIEVEMENTSIN2021-2022Jorge Del Rio Vera

13:20-13:30 IAC-22/E1/IPB/72372EXPERIENCEANDIMPACTOFTHEAEROSPACEENGINEERINGGROUP(GIA)OFTHEUNIVERSIDADDECOSTARICAFORTHEUNIVERSITYCOMMUNITYASTOTHEDEVELOPMENTOFTHEAEROSPACEINDUSTRYINCOSTARICALeonora de Lemos

SCREEN#16

13:00-13:10 IAC-22/E1/IPB/72190EFFECTIVESCIENCECOMMUNICATIONSTRATEGIESTOPROMOTESPACESCIENCEVIASOCIALMEDIAGrecia Olano O’Brien

13:10-13:20 IAC-22/E1/IPB/68839NEWASTRONOMYWITHTHEUNISTELLARNETWORKFranck Marchis

13:20-13:30 IAC-22/E1/IPB/69118COMMUNICATIONINAREMOTEWORLD:HOWDOWETALKWHENWEHAVEN’TMETEACHOTHER?Melissa Sampson

Tuesday20September2022Tuesday20September2022

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SCREEN#33

13:00-13:10 IAC-22/LBA/A7/74599AMPLIFICATIONOFTHEENERGYOFCOSMICRELICNEUTRINOSVali Huseynov

13:10-13:20 IAC-22/LBA/B1/74577ANEWDATASETOFMULTI-MISSION/MULTI-FREQUENCYSARDATAFORMARITIMEMONITORING:FIRSTRESULTSANDCRITICALANALYSISRoberto Del Prete

13:20-13:30 IAC-22/LBA/B5/74562ESAOPPORTUNITY:BUSINESSIDEASFORLUNARECONOMYAPPLICATIONSChristian Walter

SCREEN#34

13:00-13:10 IAC-22/LBA/C1/74549RELATIVEMOTIONBETWEENHYPERBOLICTRAJECTORIESRobert G. Melton

13:10-13:20 IAC-22/LBA/C1/74504DESIGNANDSTUDYOFSATELLITECONSTELLATIONSINFROZENLOWLUNARORBITSSergey Trofimov

13:20-13:30 IAC-22/LBA/C1/74494ALAMBERT’SPROBLEMSOLUTIONVIATHEKOOPMANOPERATORWITHORTHOGONALPOLYNOMIALSJulia Pasiecznik

SCREEN#35

13:00-13:10 IAC-22/LBA/C1/74438AMULTISENSORDATAFUSIONAPPROACHFORSPACECRAFTCONTROLEXPERIMENTSWITHTHEKNATTEPLATFORMCristóbal Nieto Peroy

13:10-13:20 IAC-22/LBA/C2/74567SPACEARCHITECTURE–ADVANCEDMATERIALHABITATSTRUCTURESDaniel Inocente

13:20-13:30 IAC-22/LBA/C2/74502THERMALDESIGNOPTIMIZATIONFORMICROSATELLITECONSTELLATIONSLysanne Page

SCREEN#36

13:00-13:10 IAC-22/LBA/C2/74483ANALYSISOFNATURALFIBERMATERIALSWITHEPOXYMATRICESINTHEAEROSPACESECTOR.María Paulina Pantoja Gavidia

13:10-13:20 IAC-22/LBA/C2/74459CIOPRESENTATIONTODEEPSPACEFOODCHALLENGENASA&CSACarlos Juan Jose Von Hauske

13:20-13:30 IAC-22/LBA/C2/74539CO-SIMULATIONOFSPACEROBOTICCONTACTTASKSUSINGREDUCEDFLEXIBLEMODELXu Dai

SCREEN#37

13:00-13:10 IAC-22/LBA/C4/74527TOWARDSNEWHYPERGOLICHYDROGENPEROXIDE-BASEDBIPROPELLANTSStefania Carlotti

13:10-13:20 IAC-22/LBA/C4/74596POSTHOTFIREANALYSISOFTHEWORLD’SMOSTPOWERFULSTUDENT-BUILTROCKETENGINE.Oleg Khalimonov

13:20-13:30 IAC-22/LBA/C4/74526ANEWFIRINGTESTCAMPAIGNONTHE1000NTHRUST-CLASSHYPROBHYBRIDROCKETENGINEDaniele Cardillo

SCREEN#38

13:00-13:10 IAC-22/LBA/C4/74520CONTROLLEDCOMBUSTIONOFSOLIDROCKETPROPELLANTSWITHELECTROMECHANICALSUBSYSTEMSSriram Kumar

13:10-13:20 IAC-22/LBA/C4/74522OVERVIEWOFTESTINGANDMANUFACTURINGOFANABLATIVECOMBUSTIONCHAMBERFORALIQUIDBI-PROPELLANTROCKETENGINEGeorge Defo

13:20-13:30 IAC-22/LBA/C4/74469GREENPROPELLANTFORSPACEAPPLICATIONS:LESSONSLEARNEDDjamal Darfilal

SCREEN#39

13:00-13:10 IAC-22/LBA/C4/74433SURVEYONTHEGREENPROPULSIONSYSTEMS:FROMTHELABSCALETOTHEPILOTSCALE-UP,HANISAGOODEXAMPLERachid Amrousse

13:10-13:20 IAC-22/LBA/D2/74488DEVELOPMENTOFACRYO-DOCKFORREFUELINGINLOWEARTHORBITWilliam Notardonato

13:20-13:30 IAC-22/LBA/D3/74424DEVELOPMENTOFAROBOTICFLUIDTRANSFERINTERFACEBASEDONRIDERCONNECTORGonzalo Guerra

SCREEN#40

13:00-13:10 IAC-22/LBA/D4/74593SPACESTRATEGIESFOREMERGINGACTORS-\\APORTFOLIO-BASEDAPPROACHDaniel Erkel

13:10-13:20 IAC-22/LBA/D4/74544GEOSPATIALMEDICINEANDNAVIGATIONALTOOLSASAWAYTOTRANSCENDLINEARSTUDYSTRATEGIESINTHELIGHTOFAMELOBLASTICCARCINOMA.ANEWAPPROACHTOTHEEPIDEMIOLOGICALTREATMENTOFCANCER.Jordi Sandalinas

13:20-13:30 IAC-22/LBA/D4/74514IMPACTOFARTIFICIALSATELLITESCONSTELLATIONSONHONEYBEES,ANDONCLIMATECHANGEBernarda Loretto Sanjines

SCREEN#25

13:00-13:10 IAC-22/C4/IP/70383PROPELLANTGRAINDESIGNFORSOLIDSTRAP-ONBOOSTEROPERATINGUNDERMARTIANCONDITIONANDSELECTINGTHEAPPROPRIATEPROPELLANT.Mahir Rawal, [unlisted], India

13:10-13:20 IAC-22/E7/IPB/70293ACOMMERCIALSPACEFLIGHTMISSIONDESIGNINCLUDINGAMID-ATMOSPHEREDOCKINGSYSTEMFORATOURISTCAPSULEANDLANDINGVEHICLESpoorthi M.S.

13:20-13:30 IAC-22/C4/IPB/70922ADVANTAGEOFUSINGTURBOPUMPINHYBRIDROCKETAPPLICATIONSMert Atasoy, Deltav Space Technologies,Inc., Turkey

SCREEN#26

13:00-13:10 IAC-22/C1/IPB/68607THEREISNO“I”INSPACE:INTEGRATIONOFPBLANDSELINTHERAMONSPACELABLior Ron, Israel

13:20-13:30 IAC-22/E9/IPB/67270ENSURINGCYBERSECURITYINSPACECRAFTSOFTWAREDEVELOPMENTPROCESSES:EXPERIENCEFROMINTERNATIONALCOOPERATIONArtem Lomakin

SCREEN#27

13:00-13:10 IAC-22/E9/IPB/69888INTERNATIONALNORMPROMOTIONSTRATEGIESFORSPACETRAFFICMANAGEMENTQuentin Verspieren

13:10-13:20 IAC-22/E9/IPB/72540THECONTRIBUTIONOFSPACEOBJECTSINSURANCEREGULATIONSTOSPACETRAFFICMANAGEMENTLuinaud Mathieu

13:20-13:30 IAC-22/LBA/A1/74411BEXUS30,SIMLESTARDUST-INVESTIGATIONOFMICROBESINTHESTRATOSPHEREMarcin Jasiukowicz

SCREEN#28

13:00-13:10 IAC-22/LBA/A1/74408INVESTIGATIONOFTHEIMPACTOFTHEROCKET’SSUBORBITALFLIGHTONBIOFILM,ENZYMESANDBIOSYNTHESISONAUTONOMOUS,MODULARANDSCALABLEPLATFORMFORCONDUCTINGEXPERIMENTSOFANASTROBIOTECHNOLOGICALNATUREBartosz Rybacki

13:10-13:20 IAC-22/LBA/A1/74509HUMANPERFORMANCETRAININGFORSPACEANALOGMISSIONSEmily Apollonio

13:20-13:30 IAC-22/LBA/A1/74467TRANSCRIPTOMICANALYSISOFANGIOGENESISONDATASETSDERIVEDFROMEXPERIMENTSPERFORMEDONMICEINSPACESubhrajit Barua

SCREEN#29

13:00-13:10 IAC-22/LBA/A2/74538SPINNER-CENTRIFUGALFLUIDTRANSFERINMICROGRAVITYMichael Luu

13:10-13:20 IAC-22/LBA/A2/74533LARES2MISSIONINORBIT:FIRSTTRACKINGRESULTAFTERTHELAUNCH.Claudio Paris

13:20-13:30 IAC-22/LBA/A2/74475DEVELOPMENTOFALOW-COSTAPPARATUSTOASSESSAUDITORYCOGNITIVERESPONSESINMICROGRAVITYFLIGHTSJosé Pedro Ferreira

SCREEN#30

13:00-13:10 IAC-22/LBA/A3/74434MICROPHONESFORFUTUREMARSMISSIONSANDBEYOND.Anand Kumar Singh

13:10-13:20 IAC-22/LBA/A3/74588THELATESTACTIVITIESANDINNOVATIONSFORTHEPARACHUTE-FREELANDINGANALYSISEFFORTSFORMARSSAMPLERETURNVEHICLECameron Grace

13:20-13:30 IAC-22/LBA/A3/74519QUICKSETUPLUNAR/MARTIANBASECAMPIMPLANTEDINTOLAVATUBEDERIVEDFROMJASMINEDIMPLESANDLOWCURVATUREFOLDINGJun Sato

SCREEN#31

13:00-13:10 IAC-22/LBA/A3/74561DESIGNOFAMULTIPLEASTEROIDSAMPLERETURNMISSIONUSINGANOPTIMALFREE-RETURNFLYBYTRAJECTORYMehdi Lali

13:10-13:20 IAC-22/LBA/A4/74448SEARCHINGFORTECHNOSIGNATURESINANOMALOUSTESSLIGHTCURVES:DATABASEANDFOLLOW-UPTECHNIQUESDaniel Giles

13:20-13:30 IAC-22/LBA/A5/74495NEUROFEEDBACKEEGLOWERSTHESTRESSREACTIONINPSYCHOMOTORICABILITIESEXECUTIONLEVELDURINGANALOGMOONMISSIONMarcin Dornowski

SCREEN#32

13:00-13:10 IAC-22/LBA/A6/74473QUANTIFYINGSPACECRAFTDEMISEBYPRODUCTSINTHEERAOFMEGA-CONSTELLATIONSJosé Pedro Ferreira

13:10-13:20 IAC-22/LBA/A6/74395DEEPLEARNINGBASEDREENTRYPREDICTIONOFSPACEDEBRISOkchul Jung

13:20-13:30 IAC-22/LBA/A6/74421SPACEDEBRISLIMITATIONINLEO:ASURVEYOFRESPONSIBILITYANDINCENTIVESFROMTHEU.S.BUSINESSPERSPECTIVEJanet Tinoco

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SCREEN#49

13:00-13:10 IAC-22/A5/IPB/68729ADVANDEDPROPULSIONFORFASTLUNARMISSIONSGiancarlo Genta, Italy

13:10-13:20 IAC-22/E6/IP/74248ROBUSTMONOCULARPOSEINITIALIZATIONVIAVISUALANDTHERMALIMAGEFUSIONMichele Bechini, Politecnico di Milano, Italy

13:20-13:30 IAC-22/E3/IP/68826BRAZIL'SFIRSTSTEPSINTHECOMMERCIALSPACELAUNCHSECTOR:WHATHASBEENDONEINTHEPASTTWOYEARS?Thaís Pedrosa, Brazilian Space Agency (AEB)

SCREEN#50

13:00-13:10 IAC-22/LBA/A3/74446INTERSTELLARPROBE:15YEARSTOTHEINTERSTELLARMEDIUMWITHANENHANCEDNASASPACELAUNCHSYSTEMJennifer Bowman, United States

13:10-13:20 IAC-22/A3/IP/74032CREATINGATERRESTRIALROVERPROTOTYPEFORATITANROVERCONCEPTChintan Rank, India

13:20-13:30 IAC-22/B2/IP/69493SHARJAH-SAT-1SPACE-TO-GROUNDTELECOMMUNICATIONOPERATIONSYousuf Faroukh Sharjah, Academy for Astronomy, Space Sciences and Technology (SAASST), United Arab Emirates

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SCREEN#1

13:30-13:40 IAC-22/A1/IP/67796ANOCULARMETRICSTANDARDTOASSESSTHEPERFORMANCEOFOCULARSYSTEMFORLONGDURATIONIN-FLIGHTUSEkimia seyedmadani, University of Houston, United States

13:40-13:50 IAC-22/A1/IP/67535SPACEFLIGHTASSOCIATEDNEURO-OCULARSYNDROME(SANS):ANEWSCALETODETECTTHEINCIDENCEANDSEQUENCEOFSANSFINDINGSINASYSTEMATICREVIEWANDMETA-ANALYSISAya Hesham, Ain Shams University, Egypt

13:50-14:00 IAC-22/A1/IP/70942MICROGRAVITY-INDUCEDALTERATIONSOFCARDIACMECHANICALACTIVITYASSESSEDTHROUGHTHEANALYSISOFSEISMOCARDIOGRAPHICSIGNALMORPHOLOGYSarah Solbiati, Politecnico di Milano, Italy

14:00-14:10 IAC-22/A1/IP/73710SPACETRAVELANDITSIMPACTONHUMANPHYSIOLOGY:ISSPACETRULYFORALL?Rithika Chunduri, Spaceonova, India

14:10-14:20 IAC-22/A1/IP/74333PROSPECTOFAGRONOMICSONMARTIANREGOLITH:ACCORDINGTOAPPROPRIATEMINERALOGICALREGIONSOFBOTHSURFACEANDLAVATUBES.Adwait Sidhana, University of Petroleum and Energy Studies, India

14:20-14:30 IAC-22/A1/IP/71979MENSTRUATIONINSPACEKrishna Bulchandani, India

14:30-14:40 IAC-22/A1/IP/71762EFFECTSOFLONG-DURATIONSPACEFLIGHTONGREYMATTEROFCNSKrishna Bulchandani, India

14:40-14:50 IAC-22/A1/IP/71846UNDERSTANDTHEORIGINANDEVOLUTIONOFLIFEONMARSVIAEXTREMOPHILESKrishna Bulchandani, India

14:50-15:00 IAC-22/A1/IP/67795ATHEORYFORUNEXPLAINEDVASODILATIONWITHELEVATEDNORADRENALINELEVELSINSPACEFLIGHT.Mimi Lan, Dartmouth College, United States

SCREEN#2

13:30-13:40 IAC-22/A1/IP/73015WHYDOESCENTRALVENOUSPRESSUREGOBELOWSUPINELEVELSINWEIGHTLESSNESS?Mimi Lan, Dartmouth College, United States

13:40-13:50 IAC-22/A1/IP/71873LONGITUDINALBRAINCONNECTIVITYCHANGESAFTERLONG-DURATIONSPACEFLIGHTSteven Jillings, University of Antwerp, Belgium

13:50-14:00 IAC-22/A1/IP/73691ANEXAMINATIONOFARTERIALBAROREFLEXANDHEARTRATEVARIABILITYFOLLOWINGINDIVIDUALISEDARTIFICIALGRAVITYTRAININGINMALESANDFEMALESDonya Naz Divsalar, Simon Fraser University, Canada

14:00-14:10 IAC-22/A1/IP/69659THEEFFECTOFPREVIOUSSPACEFLIGHTONOTOLITH-MEDIATEDOCULARCOUNTER-ROLLINCOSMONAUTSAFTERLONGDURATIONSPACEFLIGHTCatho Schoenmaekers, Belgium

14:10-14:20 IAC-22/A1/IP/67583ANINVITROANALYSISOFOSTEOBLASTTRANSCRIPTIONFACTORSINLOWEARTHORBITVIAISSINTERNALPAYLOADANDCUBESATFORMFACTORKevin Simmons, BLUECUBE Aerospace, United States

14:20-14:30 IAC-22/A1/IP/68908BODYTILTIMPACTSOPERATORS’PERCEPTIONOFREMOTEOBJECT’SORIENTATIONMaëlis LEFEBVRE [unlisted], France

14:30-14:40 IAC-22/A1/IP/69798IMPLEMENTINGNEWFEATURESINCIMONROBOTFORPROVIDINGTHERAPEUTICASSISTANCETOASTRONAUTSINSITUATIONSOFEXTREMESTRESSANDDEPRESSION.Pallabi Das, Spaceonova, India

14:40-14:50 IAC-22/A1/IP/71540THEISSUESOFINTEGRATIONANDCOORDINATIONOFSCIENTIFICPROGRAMSINLARGE-SCALEINTERNATIONALBIOMEDICALANALOGRESEARCHAnna Kussmaul, Institute of Biomedical Problems (IBMP), Russian Academy of Sciences (RAS), Russian Federation

14:50-15:00 IAC-22/A1/IP/67518EFFECTSOFNEGATIVEAIRIONS(NAIS)ANDELECTRONDEPRIVATIONONHUMANSANDORGANISMSONBOARDINTERNATIONALSPACESTATIONKolemann Lutz, Mars University, United States

SCREEN#41

13:00-13:10 IAC-22/LBA/D5/74580EVALUATINGAPHARMACYTOASPACEANALOGSTATIONJulio Rezende

13:10-13:20 IAC-22/LBA/E1/74430SPACEISFOREVERYONE:CURRICULUMFORCHILDRENONSPACEPORTSANDCAREERSJanet Tinoco

13:20-13:30 IAC-22/LBA/E1/74606DEVELOPMENTOFASEMI-AUTONOMOUSLOW-COSTROVERFORPARTICIPATIONINTHEEUROPEANROVERCHALLENGE(ERC)2022Juan Pablo Morales

SCREEN#42

13:00-13:10 IAC-22/LBA/E3/74398ESTABLISHMENTOFKOREA’SNEWSPACEAGENCYJong-Bum Kim

13:10-13:20 IAC-22/LBA/E5/74600THEHEATISON:WILDFIRESINPORTUGALI. Pessôa-Lopes

13:20-13:30 IAC-22/LBA/E5/74591EVALUATIONOFTHEOVERVIEWEFFECTEXPERIENCEINASPACEANALOGMISSIONJulio Rezende

SCREEN#43

13:00-13:10 IAC-22/LBA/E5/74471NEWFRONTIERSLUNARSPACEARCHITECTUREDaniel Inocente

13:10-13:20 IAC-22/LBA/E5/74585CONSTRUCTINGNASA’SCREWHEALTHANDPERFORMANCEEXPLORATIONANALOG(CHAPEA):A3D-PRINTEDHABITATBYICON/BIGMelodie Yashar

13:20-13:30 IAC-22/LBA/E5/74581SPACEVEHICLEOUTFITTINGANDINTERIORS:ESTABLISHINGAPLATFORMFORCOLLABORATIONBETWEENINDUSTRYANDACADEMIAASANACCELERATORFORHUMAN-CENTEREDDESIGNMelodie Yashar

SCREEN#44

13:00-13:10 IAC-22/LBA/E5/74584INNOVATIONANDANALYSISOFEARLYCHILDHOODEDUCATIONMETHODSFORSTIMULATION,INCLUSIONANDREDUCTIONOFTHEGENDERGAPFORGIRLSANDWOMENINTHEAEROSPACESECTORValery Pérez Avendaño

13:10-13:20 IAC-22/LBA/E6/74399EXPORTCONTROLAFTERTHEWARINUKRAINE:THEENDOFSPACECOOPERATIONASWEKNOWITDimitra Stefoudi

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13:10-13:20 IAC-22/A4/IP/72688THEINVISIBLESIGNSOFEXTRATERRESTRIALINTELLIGENCETudor-Sebastian Robu, Romania

13:20-13:30 IAC-22/A4/IP/67763CONNECTINGEARTHLINGS:FROMPEACECRANESTOTHEARECIBOMESSAGE.Elisabeth Piotelat, CNRS, France

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13:00-13:10 IAC-22/A4/IP/70215THEORETICALANDPRACTICALMODIFICATIONOFDRAKE’SEQUATIONRohan Gharate, India

13:10-13:20 IAC-22/A4/IP/71749WHATIFOUMUAMUAWEREANALIENCRAFT?RESEARCHPROGRAMSARISING.Martin Elvis, Harvard-Smithsonian Center for Astrophysics (CfA), United States

13:20-13:30 IAC-22/A4/IP/67836OTHERMINDSINTHEUNIVERSE?Pauli Laine, Finland

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13:00-13:10 IAC-22/LBA/E5/74573HORTICULTURALTHERAPYINSPACEANALOGMISSIONS:LEARNINGSTOSPACEEXPLORATIONNatalia Hazbun, Brazil

13:10-13:20 IAC-22/A6/IPB/74274ADRSPACECRAFTFORDEBRISREUSEANDREPURPOSINGTroy Morris, United States

13:20-13:30 IAC-22/A5/IP/68223DIRECTORNOTDIRECT,THATISTHECRITERIONJean-Marc Salotti, Laboratoire de l’Intégration du Matériau au Système, France

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13:00-13:10 IAC-22/B1/IP/73381GXIBA-1PROJECT,OBSERVATIONANDTHEANALYSISOFASHDISPERSIONEMITTEDFROMACTIVEVOLCANOESINMEXICO.Hector Simon, Vargas Martinez, Universidad Popular Autónoma del Estado de Puebla, Mexico

13:10-13:20 IAC-22/LBA/B1/74451MWIRREMOTESENSINGMARKETANDTECHNOLOGIESUri Greisman Ran. Israel

13:20-13:30 IAC-22/LBA/B5/74419SATELLITE-BASEDAIRTRAFFICMANAGEMENT(ATM)SYSTEMS’IMPACTONCO2EMISSIONSElias Montanari, CzechRepublic

Tuesday20September2022 Tuesday20September2022

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13:30-13:40 IAC-22/A2/IP/68484SURFACEELECTROMYOGRAPHYPROVIDESNEUROMUSCULARINSIGHTSFORSKILLACQUISITIONINMICROGRAVITYMatthew Yough, West Virginia University, United States

13:40-13:50 IAC-22/A3/IP/69949LUNARCRATERRADIOTELESCOPEANDCRITICALENGINEERINGISSUES:PROBINGTHROUGHTHEDAWNOFTHEUNIVERSEJeyasiona M.J, Indian Institute of Technology Kharagpur, India

13:50-14:00 IAC-22/A3/IP/69242DIRECTEDENERGY,MISSIONTOANEARBYSTARSYSTEMkimberly kimsanton sofge, ISU, France

14:00-14:10 IAC-22/A3/IP/72669ASOFT,BIOINSPIREDSWIMMINGSPACEPROBE:AMISSIONCONCEPTFORTHEEXPLORATIONOFTHEOUTERSOLARSYSTEM’SOCEANWORLDS.Valentina Lo Gatto, The University of Bristol, United Kingdom

14:10-14:20 IAC-22/A3/IP/70015QUANTUMTECHNOLOGY,ARTIFICIALINTELLIGENCE,MACHINELEARNING,ANDADDITIVEMANUFACTURINGINTHEASIA-PACIFICFORMARSEXPLORATIONMikhael Sayat, University of Auckland, New Zealand

14:20-14:30 IAC-22/A3/IP/72323LOW-COSTTENSEGRITYDROPMODULELouis Rizzo, University at Buffalo, United States

14:30-14:40 IAC-22/A3/IP/72458THETUMBLEWEEDMISSION:ENABLINGNOVELMARSDATASETSTHROUGHLOW-COSTROVERSWARMSJulian Rothenbuchner, [unlisted], The Netherlands

14:40-14:50 IAC-22/A3/IP/67957MARSHARDLANDER:APARAMETRICSTUDYDavide Coco, Student, Italy

14:50-15:00 IAC-22/A3/IP/74215DEVELOPMENTOFSCIENTIFICOBJECTIVESANDMISSIONPROFILEFORATITANROVERCONCEPTRoy Ramirez [unlisted], Costa Rica

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13:30-13:40 IAC-22/A3/IP/72804BIOMECHANICSEXPEDITIONTECHNOLOGIESAntony Ramirez, BioMechanics Expedition Technologies (BioMechaX), Costa Rica

13:40-13:50 IAC-22/A3/IP/69534GEOPOLYMERLUNARCONCRETEUNDERREDUCED-PRESSURECURINGANDVACUUMEXPOSUREPeter Collins, Pennsylvania State University, United States

13:50-14:00 IAC-22/A3/IP/71889LUNADRONE:NANODRONEFORLUNAREXPLORATIONStefano Pescaglia, Politecnico di Torino, Italy

14:00-14:10 IAC-22/A3/IP/73284DETECTINGANDINVESTIGATINGSPACEWEATHEREVENTSAROUNDMARSWITHEDACCOUNTERSShayla Viet, Norwegian University of Science and Technology, Norway

14:10-14:20 IAC-22/A3/IP/67313FORCEFIELDLUNARDUSTBARRIERFORSUSTAINABLEENVIRONMENTONMOONAbhay Kaushik Nudurupati, University of Petroleum and Energy Studies, India

14:20-14:30 IAC-22/A3/IP/67398AIRFOILOPTIMIZATIONWITHANALYTICALSIMULATIONSFORAPPLICATIONOFGROUNDEFFECTONMARSHarshita Saxena, University of Petroleum and Energy Studies, India

14:30-14:40 IAC-22/A3/IP/73371BUZZCRAFT:EVOLUTIONOFSTURDYCISLUNARARCHITECTUREINSUPPORTOF2024ARTEMISLUNARLANDINGANDBEYONDBradley Manucha, University of Southern California, United States

14:40-14:50 IAC-22/A3/IP/68431X-RAYFLUORESCENCEFORMOONEXPLORATIONANDEXPLOITATIONAlain Carapelle Université de Liège, Belgium

14:50-15:00 IAC-22/A3/IP/72832ANON-BOARDAI-AIDEDGNCFORSAFELUNARLANDINGVIAPARTICLESWARMANDGPU-OPTIMIZEDCONVOLUTIONALNEURALNETWORKSAndrea Carbone, Scuola di Ingegneria Aerospaziale La Sapienza, Italy

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13:30-13:40 IAC-22/A3/IP/73308RAPIDPROTOTYPINGATMOSPHINDER:KITEPROPULSIONROVERErin Kennedy, Robot Missions Inc, Canada

13:40-13:50 IAC-22/A3/IP/68650ANOVELAPPROACHBASEDONSHADOWOFSOLARARRAYFORAUTONOMOUSNAVIGATIONOFSPACECRAFTFORASTEROIDEXPLORATIONJinrong Guo, Qingdao University of Science and Technology, China

13:50-14:00 IAC-22/A3/IP/692723DSHAPEANALYSISOFLUNARREGOLITHSIMULANTSKemal Celik, New York University Abu Dhabi, United Arab Emirates

14:00-14:10 IAC-22/A3/IP/70082DESIGNOFADUSTCOUNTERFORTHEEARTH-MOONCHALLENGEPAYANKEUSAILCRAFTSimon Maillot, Institute of Polytechnic Science and Aeronautics (IPSA), France

14:10-14:20 IAC-22/A3/IP/73088ASSESSMENTOFTHEPAYLOADSTHATCANBEDELIVEREDTOTHEMOONFROMUKSPACEPORTSDale Wyllie, UK Space Agency, United Kingdom

14:20-14:30 IAC-22/A3/IP/72700EXPERIMENTALINVESTIGATIONOFLUNARREGOLITHSIMULANTSMIXINGOTHERMATERIALSINSELECTIVELASERPROCESSINGKyunghwan KIM, International Space University (ISU), France

14:30-14:40 IAC-22/A3/IP/72438LUNARREGOLITHPARTICLECLASSIFICATIONUSINGADEEPLEARNINGAPPROACHHira Nadeem, Institute for Earth and Space Exploration, Western University, Canada

14:40-14:50 IAC-22/A3/IP/72437SCIENTIFICANALYSISANDACCESSIBILITYOFPOTENTIALLANDINGSITESFORESA’SPROSPECTINSTRUMENTSarah Boazman, ESTEC, European Space Agency, The Netherlands

14:50-15:00 IAC-22/A3/IP/73512HELIOS-LUNETRANQUILLITAS:ARTEMISIIIEXPLORATIONMISSIONWITHRETRIEVALOFSOLARACTIVITYRECORDSCiara Brown, University of Southern California, United Kingdom

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13:30-13:40 IAC-22/A1/IP/72660EFFECTSOFHYPOMAGNETICFIELDANDPEMFONPLANTSFORLIFESUPPORTKolemann Lutz, Mars University, United States

13:40-13:50 IAC-22/A1/IP/68013DEEPSPACEMISSIONS:CANAVIRTUALREALITY(VR)BIOFEEDBACKPLATFORMBASEDONTHEOVERVIEWEFFECTEXPERIENCESTRENGTHENINTEROCEPTION,ELICITPROSOCIALEMOTIONS,ANDSTRENGTHENENVIRONMENTALRELATEDNESS?Annahita Nezami, City University of London, United Kingdom

13:50-14:00 IAC-22/A1/IP/73224AFOODANDNUTRITIONPLANFORSPACEFLIGHTTOMARS-HEALTHYGUTMICROBIOMETAKESUSTOMARS!Zsuzsanna Benyó, [unlisted], Hungary

14:00-14:10 IAC-22/A1/IP/70416TESTINGLAB-ON-A-CHIPTECHNOLOGYFORCULTURINGHUMANCANCERCELLSUNDERSIMULATEDMICROGRAVITYDawid Przystupski, Wroclaw Medical University, Poland

14:10-14:20 IAC-22/A1/IP/67373WHATIFWECAN’T—AREVIEWOFHUMANPHYSIOLOGICALLIMITATIONSTOLONG-TERMSPACEFLIGHTANDLIVINGINSPACELawrence Winkler, Canada

14:20-14:30 IAC-22/A1/IP/72782ELECTROPHYSIOLOGICALRECORDINGOFHUMANNEURONALNETWORKSDURINGSUBORBITALSPACEFLIGHTAndie Padilla, The University of Texas at El Paso, United States

14:30-14:40 IAC-22/A1/IP/71107COGNITIVE,EMOTIONALANDSOCIALSKILLSFORAEROSPACEANDHIGH-PERFORMANCETEAMSCelia Avila-Rauch, ILEWG EuroMoonMars, Germany

14:40-14:50 IAC-22/A1/IP/72370ABSTRACT:ANAPPROACHTOAPPROPRIATEANDDIGNIFIEDASTRONAUTDEMISEMANAGEMENTFORMARSMISSIONS.Lisa McNamee, Ireland

14:50-15:00 IAC-22/A1/IP/71988CARDIOVASCULARDECONDITIONINGDURINGTHEARTIFICIALGRAVITYBEDRESTEUROPEANSPACEAGENCY(AGBRESA)STUDY–INSIGHTSFROM4D-FLOWCARDIACMRIMargot Issertine, Université Libre de Bruxelles, Belgium

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13:30-13:40 IAC-22/A1/IP/72543MUSCLEATROPHYTRANSCRIPTOMEPHENOTYPEISLINKEDTOLIVERLIPIDMETABOLICPROCESSESGENESEXPRESSIONINMICEDURINGSPACEFLIGHTGeraldine Vitry, International Space University (ISU), France

13:40-13:50 IAC-22/A1/IP/68840PROFESSIONALUSEOFPARAPSYCHISMATSPACEEXPLORATIONAnibal Bentes, Brazil

13:50-14:00 IAC-22/A1/IP/72612BEINGINSPACECANINDUCEPHYSIOLOGICALDE-CONDITIONINGMario Italque, [unlisted], Italy

14:00-14:10 IAC-22/A1/IP/72595EXERCISECOUNTERMEASURESDONOTPREVENTORTHOSTATICINTOLERANCEINOLDERADULTSAFTERTWOWEEKSOFHEAD-DOWNTILTBEDRESTEric Hedge, University of Waterloo, Canada

14:10-14:20 IAC-22/A1/IP/69576SALMONELLATYPHIMURIUM,SHEWANELLAONEIDENSISMR-1,ANDISS-ISOLATEDSTAPHYLOCOCCUSEPIDERMIDIS:THEEFFECTOFSIMULATEDMICRO-,LUNAR,ANDMARTIANGRAVITIESONGROWTHANDSIZE,ANDPRACTICALIMPLICATIONSLily A. Allen, University of Colorado Boulder, United States

14:20-14:30 IAC-22/A1/IP/72355EFFECTSOFINHIBITINGBONERESORPTIONONMUSCLEATROPHYDURINGUNLOADINGSophie Orr, UC Davis, United States

14:30-14:40 IAC-22/A1/IP/70505EXPERIENCEOFANALOGASTRONAUTSINBRAZIL:THEHABITATMARSCASESTUDYLorrane Araujo, [unlisted], Brazil

14:40-14:50 IAC-22/A1/IP/71310SERUMLEVELSOFBONEMETABOLISMMARKERSINRATSAFTER7AND21DAYSOFHINDLIMBSUSPENSIONAGAINSTABACKGROUNDOFVITAMIND3INTAKENadezhda Lukicheva, Institute of Biomedical Problems (IBMP), Russian Academy of Sciences (RAS), Russian Federation

14:50-15:00 IAC-22/A1/IP/67262KEYTECHNOLOGICALDEVELOPMENTSENABLINGHUMANCOSMICFLIGHTNghi Nguyen, [unlisted], United States

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13:30-13:40 IAC-22/A1/IP/73872MICROBIALCOLONIZATIONOFMARSRakhya Ranjan Nanda, Spaceonova, India

13:40-13:50 IAC-22/A1/IP/74223CACTUSONMARS:CULTIVATINGINDIGENOUSPLANTSONMARS:EXPERIMENTSONHABITATMARTESPACEANALOGSTATIONJulio Rezende, Federal University of Rio Grande do Norte (UFRN), Brazil

13:50-14:00 IAC-22/A1/IP/71801IMPROVEMENTOFSUBJECTIVETIMEPERCEPTIONANDWORKEFFICIENCYINISOLATIONVIADEDICATEDBIOFEEDBACKANDROIDAPPLICATIONMSTPA(MOBILESUBJECTIVETIMEPERCEPTIONANALYSIS)Mateusz Daniol, AGH University of Science and Technology, Poland

14:00-14:10 IAC-22/A1/IP/70230SYSTEMATICREVIEWOFTHEEFFECTIVENESSOFSPACEFLIGHTPASSIVECOUNTERMEASURESSyed Ahmed, ESA, European Astronaut Centre (EAC), Canada

14:10-14:20 IAC-22/A1/IP/70994ASTROLAND,ANEWCAVESPACEANALOGEXPERIENCETOINVESTIGATEHUMANPERFORMANCEINISOLATEDANDCONFINEDENVIRONMENTSGabriel G. De la Torre, University of Cádiz, Spain

14:20-14:30 IAC-22/A1/IP/72425MAGNETICANDELECTRICNONINVASIVETRANSCRANIALANDPERIPHERALSTIMULATIONPROPOSEDAPPLICATIONSFORORALPHYSIOLOGYANDBIOMECHANICSRESEARCHINMICROGRAVITY.LESSONLEARNEDFROMORALPATHOLOGYANDAGEINGSTUDIES.Cristian Vizitiu

14:30-14:40 IAC-22/A1/IP/70304ANOVELAPPROACHTOMITIGATEMICROGRAVITYINDUCEDBONELOSSINASTRONAUTSArchita V

14:40-14:50 IAC-22/A1/IP/70875POSSIBILITYTOEXPANDOPPORTUNITYWITHLARGE-SCALECENTRIFUGEFACILITYFORTHEINTERNATIOANALSPACESTATIONANDBEYONDAkihiro Takamura

14:50-15:00 IAC-22/A2/IP/71735MICROGRAVITY-LIKEEFFECTSCANBESIMULATEDVIAMENTALIMAGERY:THECASEOFWEIGHTESTIMATIONNicola Mammarella [unlisted], Italy

Wednesday21September2022Wednesday21September2022

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13:30-13:40 IAC-22/A6/IP/68597THERMALOPTIMIZATIONOFTRAJECTORIESOFSPACEDEBRISREMOVALINTOTHEEARTH’SATMOSPHEREAndrii Dreus O. Honchar. Dnipropetrovsk National University, Ukraine

13:40-13:50 IAC-22/A6/IP/71663IMAGERECOGNITIONANDMOTIONESTIMATIONMETHODWITHINTERCLASSVARIANCEOPTIMIZATIONFORSPACETARGETSJinfeng Li, School of Aerospace Engineering, Beijing Institute of Technology, China

13:50-14:00 IAC-22/A6/IP/70911HOWWILLCOPLAWORKWITHINEUSST?Katia Caceres, CDTI (Centre for the development of Industrial Technology), Spain

14:00-14:10 IAC-22/A6/IP/70129COMPOSITEACTIVEDISTURBANCEREJECTIONCONTROLANDRESIDUALVIBRATIONSUPPRESSIONFORFREE-FLOATINGSPACEROBOTSWITHELASTICJOINTSANDFLEXIBLELINKSCOMPOUNDACTIVEDISTURBANCEREJECTIONCONTROLHaiping Ai, Fuzhou University, China

14:10-14:20 IAC-22/A6/IP/71272OVERVIEWOFTHESPACESITUATIONALAWARENESS(SSA)ANDACTIVEDEBRISREMOVAL(ADR)MARKETPROSPECTSANDKEYDRIVERSCharlotte Croison, Euroconsult, France

14:20-14:30 IAC-22/A6/IP/68066ANALYSISOFLUNARIMPACTSFORORBITALDEBRISMITIGATIONDaria Andrievskaia, ISAE-Supaero University of Toulouse, France

14:30-14:40 IAC-22/A6/IP/70995LASERBASEDACTIVEDEBRISREMOVALTECHNOLOGYFORENVISATAditya Baraskar, Sky Perfect JSAT Corporation, Japan

14:40-14:50 IAC-22/A6/IP/67976AMODELOFSPACEDEBRISMETALINJECTIONINTOTHEMESOSPHERE-LOWERTHERMOSPHEREAsha Jain, Massachusetts Institute of Technology (MIT), United States

14:50-15:00 IAC-22/A6/IP/70965REAL-TIMECONJUNCTIONASSESSMENTANDMANEUVERPLANNINGINSPACEMAPShawn Seunghwan Choi, [unlisted], Korea, Republic of

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13:30-13:40 IAC-22/A6/IP/71532HYPERSPECTRALCLASSIFICATIONOFSPACEOBJECTSMassimiliano Vasile, University of Strathclyde, United Kingdom

13:40-13:50 IAC-22/A6/IP/68958USINGUNUSEDLAUNCHERCAPACITYTODE-ORBITLEOSPACEDEBRISBaptiste Ronfard, Ecole Polytechnique, France

13:50-14:00 IAC-22/A6/IP/73839LARGEDATACOLLECTIONTHROUGHINNOVATIVEOPTICALSYSTEMSFORANGLES-ONLYORBITDETERMINATIONGaetano Zarcone, University of Rome “La Sapienza”, Italy

14:00-14:10 IAC-22/A6/IP/70583EFFICIENTSENSORTASKINGFORSPACESITUATIONAL/DOMAINAWARENESSNeil Dhingra, Orbit Logic, United States

14:10-14:20 IAC-22/A6/IP/69243CHALLENGESAROUNDSSADATAFORMATS:WHATPREVENTSEFFICIENTSHARINGOFSSADATA?Giulio van Ginkel, CGI GROUP INC., Germany

14:20-14:30 IAC-22/A6/IP/67831ANALYZINGLATESTSDADATATOHYPOTHETICALLYALLOCATENUMBEROFON-GROUNDANDIN-SPACEOPTICALSENSORSPERCOUNTRY/SECTORTHROUGHIMPLEMENTATIONOFSMALLANDLONGARCORBITDETERMINATIONTECHNIQUEFORDEVELOPMENTOFACCURATESPACETRAFFICMahhad Nayyer, Graz University of Technology (TU Graz), Pakistan

14:30-14:40 IAC-22/A6/IP/67765STREAMLININGGEOSSADATAACQUISITION,PROCESSING,ANDCONTRIBUTIONFROMANAMATEURASTRONOMERS’PERSPECTIVEUSING&LT;1MAPERTURETELESCOPESMahhad Nayyer, Graz University of Technology (TU Graz), Pakistan

14:40-14:50 IAC-22/A6/IP/67874AKEYROLEFORBRAZILININTERNATIONALORBITALDEBRISDETECTIONANDTRACKINGESTRATEGIES.Luis Fellipe Alves de Oliveira, Universidade de Brasília, Brazil

14:50-15:00 IAC-22/A6/IP/67201THEECONOMICCONTEXTOFTHERECYCLERSPACECRAFT,ATOOLTOOVERCOMETHESPACEDEBRISFREE-RIDERPROBLEMPierre Letellier, Institut d’Etudes Politiques de Paris, France

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13:30-13:40 IAC-22/A6/IP/68574SYSTEMDESIGNANDANALYSISOFCUBESATFORACTIVEDEBRISREMOVALINLEOUSINGARTIFICIALSWARMINTELLIGENCENijanthan Vasudevan, Space Generation Advisory Council (SGAC), United States

13:40-13:50 IAC-22/A6/IP/72652INITIALCONDITIONSOFANOVELCUBESATDURINGATMOSPHERICRE-ENTRYMaria Nepheli Kardassi, University of Strathclyde, United Kingdom

13:50-14:00 IAC-22/A6/IP/73092PERFORMANCEANDSENSITIVITYANALYSISOFMACHINELEARNING-BASEDAPPROACHESFORRESIDENTSPACEOBJECTCHARACTERIZATIONNicola Cimmino, University of Naples Federico II, Italy

14:00-14:10 IAC-22/A6/IP/70314SATELLITEANDOTHERSTAR-LIKEOBJECTDETECTION,RECOGNITIONAND(RE-)IDENTIFICATIONVIAMACHINELEARNINGFROMEARTH-BOUNDOPTICALOBSERVATIONSFORFASTORBITDETERMINATIONOFEVENSATELLITETRAINSAndreas Hornig, Jena-Optronik GmbH, Germany

14:10-14:20 IAC-22/A6/IP/68551SYNOPTES-PRECISEGNSSTIMESTAMPINGDEVICEFORSPACESURVEILLANCEANDTRACKINGOBSERVATIONSAlexandru Rares Apostol, Romanian InSpace Engineering SRL, Romania

14:20-14:30 IAC-22/A6/IP/73359CONSIDERATIONSONTHESPACEDEBRISRISKMITIGATIONINTHEPERSPECTIVEOFAHUMANEXPANSIONINTOSPACE.Veronica Moronese, Space Generation Advisory Council (SGAC), Italy

14:30-14:40 IAC-22/A6/IP/69582ANACTORNETWORKTHEORYAPPROACHTOPOLITICALCHALLENGESINACTIVEDEBRISREMOVALArjun Chhabra, University of Toronto, Canada

14:40-14:50 IAC-22/A6/IP/71536IMAGEENHANCEMENTFORSPACESURVEILLANCEANDTRACKINGMichele Jamrozik, University of Luxembourg, Luxembourg

14:50-15:00 IAC-22/A6/IP/67923REGULATINGFORDEBRISMITIGATION:PROPOSALFORANORBITALACTIVITIESCODEClarissa Luk, The University of Sydney, Australia

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13:30-13:40 IAC-22/A3/IP/70379THEENCELADUS’DIVERBOT:-ITSDESIGN,PURPOSEANDADVANCEMENTSMahir Rawal, [unlisted], India

13:40-13:50 IAC-22/A3/IP/72361DESIGNANDTESTINGOFAPROTOTYPEELECTRODYNAMICREGOLITHCONVEYORFORLUNARISRUAaron Olson, NASA John F. Kennedy Space Center, United States

13:50-14:00 IAC-22/A3/IP/70581ANALYSISOFLUNARROVERRADIATORS’HEATBALANCEUSINGTHERMALCIRCUITTHEORYANDIMPACTOFLUNARREGOLITHONITSPERFORMANCEAndrew Karim, Polytechnique Montreal, Canada

14:00-14:10 IAC-22/A3/IP/71795HIGHPERFORMANCELUNARLANDINGSIMULATIONSJérémy Lebreton, Airbus Defence & Space, France

14:10-14:20 IAC-22/A3/IP/72104DESIGNOFASPHERICALUGVFORSPACEEXPLORATIONMatteo Melchiorre, Politecnico di Torino, Italy

14:20-14:30 IAC-22/A3/IP/73949LOONY:LASERRANGINGFROMTHEMOONFORULTRA-HIGHACCURACYTRACKINGOFSATELLITESANDDEBRISINLUNARORBITDavid Gooding, [unlisted], United Kingdom

14:30-14:40 IAC-22/A3/IP/72108ANINDOORLUNARANALOGUEFACILITYFORTESTINGLUNARHETEROGENEOUSSWARMROBOTSYufei Guo, Northwestern Polytechnical University;National Key Laboratory of Aerospace Flight Dynamics, China

14:40-14:50 IAC-22/A3/IP/69586EXPERIMENTALANALYSISOFTHEPERFORMANCEOFASLIMMESHEDWHEELDESIGNFORAMICROLUNARROVERAPPLICATIONAlexandre Florio, Concordia University, Canada

14:50-15:00 IAC-22/A3/IP/68794CERESLANDEREXPLORATIONANDSAMPLERETURNMISSIONDavid Hubert, Università di Pisa, Italy

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13:30-13:40 IAC-22/A3/IP/70012DRILLANDDIVEEXPEDITIONFORENCELADUSEXPLORATIONKanupriya Shrivastava, University of Petroleum and Energy Studies, India

13:40-13:50 IAC-22/A3/IP/68956TRADE-OFFANDOPTIMIZATIONFORATHERMALLUNARWATEREXTRACTIONSYSTEMLuca Kiewiet, German Aerospace Center (DLR), Bremen, Germany

13:50-14:00 IAC-22/A3/IP/69999ENVELOPE,PROPULSIONANDNAVIGATIONFORAMARTIANEXPLORATIONAIRSHIPMichael Biselx, Ecole Polytechnique Fédérale de Lausanne (EPFL), Switzerland

14:00-14:10 IAC-22/A3/IP/72100OMNICAM:BIFOCALPANORAMICCAMERAFORHUMANANDROBOTICEXPLORATIONLeonardo Turchi

14:10-14:20 IAC-22/A3/IP/70512DESIGNOFAHARDWAREPROTECTIONFORRASPBERRYPITOWITHSTANDSEUFROMSOLARWINDSONTHEMOONSURFACEDURINGLONG-TERMMISSIONSPedro Javier Fernández

14:20-14:30 IAC-22/A3/IP/68561SYSTEMOFQUADRUPLEROVERFORLUNARHABITAT3DPRINTINGCONSTRUCTIONGeonho Lee

14:30-14:40 IAC-22/A5/IP/68725NUMERICALSIMULATIONOFCARDIOVASCULARDECONDITIONINGINDEEPSPACEHUMANMISSIONS.Antoni Perez-Poch, Institut d’Estudis Espacials de Catalunya (IEEC), Spain

14:40-14:50 IAC-22/A5/IP/72710CELESTIALSPACEDEBRISKatja Grünfeld, Slovenia

14:50-15:00 IAC-22/A5/IP/71124DEVELOPMENTFRAMEWORKFORMARTIANINFRASTRUCTUREWITHINPLANETARYRESOURCESAbdul Ahad, India

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13:30-13:40 IAC-22/A5/IP/68257DEVELOPMENTOFANOPENSOURCEMODELLINGPACKAGEFORTHERMALBALANCEOFCREWEDMARSHABITATSSam Ross, University of Cambridge, United Kingdom

13:40-13:50 IAC-22/A5/IP/72002SPACESETTLEMENTDESIGNINTHEMOON’SQUASI-FROZENORBITShambhavi A S

13:50-14:00 IAC-22/A6/IP/69988DETERMINATIONOFDESIGNPARAMETERSOFTHESYSTEMFORCOMBINEDDE-ORBITINGOFTHEUPPERSTAGESOFCYCLONE-3LAUNCHVEHICLEFROMLOW-EARTHORBITSAleksandr Golubek, Oles Honchar Dnipropetrovsk National University, Ukraine

14:00-14:10 IAC-22/A6/IP/72453FROMFRAGMENTTO3DMODEL-IMAGINGDEBRISATFRAGMENTSNinoshka Sutcliffe, University of Florida, United States

14:10-14:20 IAC-22/A6/IP/69799CLEANINGLARGEANDMEDIUMSIZEDSPACEDEBRISWITHROBOTSUSINGSWARMINTELLIGENCENaveen Rajamanickam, Spaceonova, India

14:20-14:30 IAC-22/A6/IP/71255DEVELOPINGASUSTAINABLESPACEROADMAPFORSCOTLANDCalum Turner, [unlisted], United Kingdom

14:30-14:40 IAC-22/A6/IP/69404ARIANEGROUPGEOTRACKERNETWORKENHANCEMENTOPERATIONALEXAMPLESMarcel Becker, ArianeGroup, Germany

14:40-14:50 IAC-22/A6/IP/72306DEVELOPINGADATAFUSIONCONCEPTFORRADARANDOPTICALGROUNDBASEDSSTSTATION.Bruno Coelho, Instituto de Telecomunicações (Portugal), Portugal

14:50-15:00 IAC-22/A6/IP/72021WHENTHEORYMEETSPRACTICE:RESOLVINGLEGALOBSTACLESFORTHEREMOVALOFSPACEDEBRISWITHLEXSPECIALISRULEIva Ramuš Cvetkovič, Slovenia


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13:30-13:40 IAC-22/B1/IP/68955REFERENCEMIRRORMISALIGNMENTOFCOLDATOMINTERFEROMETERSONSATELLITE-BASEDGRAVIMETRYMISSIONSJaspar Meister, DLR (German Aerospace Center), Germany

13:40-13:50 IAC-22/B1/IP/68394BRIDGINGTHEGAP:RECENTADVANCESINSMALLSATCAL/VALTECHNOLOGY(THROUGHOUTTHEMISSIONLIFECYCLE)Ana-Mia Louw, Simera Sense, South Africa

13:50-14:00 IAC-22/B1/IP/73884IMPROVINGTHEACCURACYOFFLOODRISKMAPSBYFUSINGSAR,OPTICALIMAGERY,DIGITALELEVATIONMODELANDOPENGEOSPATIALDATA:ACASESTUDYOFDOUALAESTUARYINCAMEROONChukwuma Okolie, University of Lagos (UNILAG), Nigeria

14:00-14:10 IAC-22/B1/IP/73780FASTCOMPUTATIONOFAREATARGETVISIBILITYTOREMOTESENSINGSATELLITESRadhika Kandepi, Indian Space Research Organization (ISRO), India

14:10-14:20 IAC-22/B1/IP/69464EXPERIMENTSETUPFORANAIRBORNEGNSS-REFLECTOMETRYEXPERIMENTAdonees Semaan, Bundeswehr University Munich, Germany

14:20-14:30 IAC-22/B1/IP/68427INLETSECTIONALANALYSISANDOPTIMIZATIONOFRAMJETENGINEAbhay Kaushik Nudurupati University of Petroleum and Energy Studies, India

14:30-14:40 IAC-22/B1/IP/71433DESIGNANDTESTINGOFDEPLOYABLETELESCOPEWITHSEGMENTEDAPERTUREDEDICATEDFORCUBESATSTANDARDGrzegorz Charytoniuk, SatRev, Poland

14:40-14:50 IAC-22/B1/IP/70467EARTHOBSERVATIONSATELLITESCOMBINEDWITHINSITUDATAFORMODELLINGTHEENVIRONMENTALANDANTHROPOGENICWATERSTRESSORSINCHENNAI,INDIANijanthan Vasudevan, Space Generation Advisory Council (SGAC), United States

14:50-15:00 IAC-22/B1/IP/72608HYPERSPECTRALREMOTESENSINGSATELLITESIMPLEMENTATIONASPAYLOADFOCUSONTHESUSTAINABLEDEVELOPMENTGOALSAritzel Martell, Universidad Nacional Autónoma de México (UNAM), Mexico

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13:30-13:40 IAC-22/B1/IP/72758NATURALHAZARDSANDDISASTERS–OVERVIEWOFINTERNATIONALSTRATEGIESFORRISKMANAGEMENTANDSUSTAINABLEDEVELOPMENTAlina Vizireanu, Space Generation Advisory Council (SGAC), United Kingdom

13:40-13:50 IAC-22/B1/IP/73644DEVELOPMENTOFANALGORITHMBASEDONDEEPLEARNINGFORTHECLASSIFICATIONOFOCEANICGEOPHYSICALPHENOMENA.Lucas Nicolas Taipe Ramos, Universidad Nacional de Ingenieria, Peru

13:50-14:00 IAC-22/B1/IP/67677AUTONOMOUSTHREE-AXISRELATIVISTICGRAVITATIONALGRADIENTOGRAVIMETERFORTHEGRAVISATSPACECRAFT.Sergiy Matviyenko, JSC RPC KURS, Ukraine

14:00-14:10 IAC-22/B1/IP/69156RECONSTRUCTIONOFINCOHERENTSCATTERRADARVERTICALELECTRONDENSITYPROFILESUSINGREGRESSIONTREESManar Anwer Abusirdaneh, Sharjah Academy for Astronomy, Space Sciences and Technology (SAASST), United Arab Emirates

14:10-14:20 IAC-22/B1/IP/68929H-INFINITYCONTROLLERDESIGNANDHILVALIDATIONAPPROACHFORHIGHAGILITYSATELLITESWITHFLEXIBLEAPPENDAGESKevin Bianchi, Thales Alenia Space Italia (TAS-I), Italy

14:20-14:30 IAC-22/B1/IP/72649PROPOSALOFASMALLSATELLITECONSTELLATIONFORREMOTESENSINGOFREDTIDEANDITSPOTENTIALIMPACTONTHELOCALECONOMYOFCOSTARICA.Ariana Arguello, Samara National Research University (Samara University), Russian Federation

14:30-14:40 IAC-22/B1/IP/70183IDENTIFICATIONANDDOCUMENTATIONOFENCROACHMENTSINCOASTALREGULATIONZONESUSINGREMOTESENSINGTECHNIQUES.Sivasankar Sibi, United Arab Emirates

14:40-14:50 IAC-22/B1/IP/69041SATELLITE-BASEDASSESSMENTOFSINKHOLEHAZARDOCCURRENCERonald Rizzo, University of Kentucky, United States

14:50-15:00 IAC-22/B1/IP/71960LASERCRYOCOOLERDEVELOPMENTFORSPACEAPPLICATIONSPierre-Olivier MINE, Air Liquide, France

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13:30-13:40 IAC-22/B1/IP/73064THE“DAFFODIL”MISSION:GNSS-REFLECTOMETRYWITHA1.5UCUBESATElliott Wobler, University of Luxembourg, Luxembourg

13:40-13:50 IAC-22/B1/IP/70439TOTOROPROJECT:STUDENTMISSIONSHOWINGFEASIBILITYOFSTUDYINGEARTH’SMAGNETOSPHEREONBOARDASTRATOSPHERICBALLOONRyszard Zawiła, Warsaw University of Technology (WUT), Poland

13:50-14:00 IAC-22/B1/IP/74009ANEVALUATIONOFEARTHOBSERVATIONDATAASAPOTENTIALTOOLTOFORECASTANDMANAGERESOURCESDURINGTHECOVID-19PANDEMICRochelle Velho, Space Generation Advisory Council (SGAC), United Kingdom

14:00-14:10 IAC-22/B1/IP/73936VISUALSERVOINGOFANEARTHOBSERVATIONSATELLITEOFTHELIONCONSTELLATIONMaxime Robic, INRIA, France

14:10-14:20 IAC-22/B1/IP/74119REMOTESENSINGANDEARTHOBSERVATIONTOTRACKCHILDTRAFFICKINGANDGIRL-CHILDSLAVERYSagarika Rao Valluri, RNSIT Bangalore, India

14:20-14:30 IAC-22/B1/IP/73700REMOTESENSINGFORMATIONDESIGNEXPLOITINGCOVERAGEOVERLAPAREAPARAMETERSKarthick Dharmarajan, University of Rome “La Sapienza”, Italy

14:30-14:40 IAC-22/B1/IP/70574REFLECTIONOFEODATAINBLUEECONOMY:SUSTAINABLEGROWTHRitesh Jain, Politecnico di Milano, Italy

14:40-14:50 IAC-22/B1/IP/74103DELIMITATIONOFLIGHTPOLLUTIONTHROUGHSATELLITEIMAGESFORTHEPROTECTIONOFENDEMICSPECIESANDENERGYSAVINGS.Abner Plata, Instituto Tecnológico de Durango (ITD), Mexico

14:50-15:00 IAC-22/B1/IP/69792THEHYPERANGULARRAINBOWPOLARIMETER(HARP)CUBESATDEMONSTRATIONOVERVIEW:DATAACCURACY,AVAILABILITY,ANDLESSONSLEARNEDFORSMALLPAYLOADREMOTESENSINGCAMERASANDPACE/HARP2Noah Sienkiewicz, Joint Center for Earth Systems Technology, (JCET/UMBC), United States

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13:30-13:40 IAC-22/A6/IP/68521MASSIVEGPUPARALLELISATIONFORCISLUNARDEBRISMITIGATIONANALYSESPaolo Guardabasso, ISAE-Supaero University of Toulouse, France

13:40-13:50 IAC-22/A6/IP/73640ENVIRONMENTALLESSONSLEARNEDFROMTHEMARITIMEDOMAIN:THEDANGERSOFFLAGSOFCONVENIENCEAlyssa Goessler, United States

13:50-14:00 IAC-22/A6/IP/67572INCENTIVIZINGINVESTMENTANDRESEARCHINSPACEDEBRISMITIGATIONANDREMOVALTHROUGHDOMESTICLICENSINGLauren Fleming, United States

14:00-14:10 IAC-22/A6/IP/71271ANOVELMETHODFORTHECOMPUTATIONOFSATELLITECOLLISIONPROBABILITYBASEDONEXTREMEVALUETHEORYManuel Sanjurjo-Rivo, Universidad Carlos III de Madrid, Spain

14:10-14:20 IAC-22/A6/IP/71287SPACEOBSERVATIONBYAUSTRALIATELESCOPECOMPACTARRAY:PERFORMANCECHARACTERISATIONUSINGGPSSATELLITEOBSERVATIONHamed Nosrati, CSIRO Astronomy & Space Science, Australia

14:20-14:30 IAC-22/A6/IP/69306MITIGATIONOFNUCLEARSPACEDEBRISUSINGADVANCEDVITRIFICATIONANDPOTCALCINATIONPROCESS:MISSIONDESIGNANDFEASIBILITYSTUDYPriyank Dubey, Indian Institute of Technology, India

14:30-14:40 IAC-22/A6/IP/72734MACHINELEARNINGFORVISION-BASEDPOSEESTIMATIONFORPROXIMITYOPERATIONS.Anne Bettens, The University of Sydney, Australia

14:40-14:50 IAC-22/A6/IP/70850AMULTI-MODENAVIGATIONMETHODFORSPACEROBOTSTOCAPTUREATUMBLINGTARGETDejia Che, Northwestern Polytechnical University, China

14:50-15:00 IAC-22/A6/IP/73182LIGHTWEIGHTNEURALNETWORKBASEDSMALLSPACEDEBRISSALIENCYDETECTIONINVIDEOJiang Tao, Nanjing University of Aeronautics and Astronautics, China

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13:30-13:40 IAC-22/A6/IP/72291ATLAS:DEPLOYMENT,CONTROLPLATFORMANDFIRSTRSOMEASUREMENTS.João Pandeirada, Instituto de Telecomunicações (Portugal), Portugal

13:40-13:50 IAC-22/A6/IP/73762PHASESPACEDESCRIPTIONOFTHEDEBRIS’CLOUDDYNAMICSTHROUGHACONTINUUMAPPROACHLorenzo Giudici, Politecnico di Milano, Italy

13:50-14:00 IAC-22/A6/IP/73958COMMERCIAL,POLITICALANDTECHNICALCHALLENGESOFSPACEDEBRISDATA-SHARING:ACONCEPTUALFRAMEWORKBenedetta Margrethe Cattani, Delft University of Technology (TU Delft), The Netherlands

14:00-14:10 IAC-22/A6/IP/74064VIS-TIRCAMERASDATAFUSIONTOENHANCERELATIVENAVIGATIONDURINGINORBITSERVICINGOPERATIONSAlessandro Colombo, Politecnico di Milano, Italy

14:10-14:20 IAC-22/A6/IP/69218COMPACTGROUNDSTATIONFORSATELLITELASERRANGINGANDIDENTIFICATIONFelicitas Niebler, German Aerospace Center (DLR), Germany

14:20-14:30 IAC-22/A6/IP/72214LIGHTCURVEANALYSISINSUPPORTOFCLEARSPACECLEARACTIVEDEBRISREMOVALMISSIONRebecca McFadden, Deimos Space UK Ltd, United Kingdom

14:30-14:40 IAC-22/A6/IP/68799A-CONTRARIODETECTIONANDTRACKINGFROMOPTICALTELESCOPEDATABenjamin Feuge-Miller, The University of Texas at Austin, United States

14:40-14:50 IAC-22/A6/IP/73624ARE-ENTRYANALYSISSOFTWAREMODULEFORSPACESURVEILLANCEANDTRACKINGOPERATIONSRiccardo Cipollone, Politecnico di Milano, Italy

14:50-15:00 IAC-22/A6/IP/70301ANOVELDEGENERATIONANDDEORBITINGTECHNIQUEFORSPACEDEBRISREMOVALM S Dhanyavan, Ramaiah Institute of Technology, India

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13:30-13:40 IAC-22/A6/IP/69003MULTI-TELESCOPEOBSERVATIONSTATIONTESTCAMPAIGNRESULTSAlexis Petit

13:40-13:50 IAC-22/A7/IP/71019ASTROPARTICLEEXPERIMENTSTOIMPROVETHERADIATIONHEALTHRISKASSESSMENTFORHUMANSINSPACEMISSIONSAlessandro Bartoloni, National Insitute of Nuclear Physics - INFN, Italy

13:50-14:00 IAC-22/A7/IP/68449CONCEPTSTUDYFOROBSERVINGGALACTICNEUTRINOSINNEPTUNE’SATMOSPHERETrent, English Wichita State University, United States

14:00-14:10 IAC-22/A7/IP/69023UNDERSTANDINGANEWPATHOFCOMMERCIALIZATIONFORSPACESCIENCEDATAPRODUCTIONTHROUGHTHEPRISMOFEARTHOBSERVATIONTRAJECTORY:IMPLICATIONSONINSTITUTIONALSTRATEGIESDamien Baclet, ESA - European Space Agency, France

14:10-14:20 IAC-22/B1/IP/73636METHODOLOGYBASEDONMACHINELEARNINGANDDEEPLEARNINGTOPREDICTDENGUETRANSMISSIONS.Sergio Sosa Callupe, Universidad Nacional de Ingeniería (Lima, Perù), Peru

14:20-14:30 IAC-22/B1/IP/68877LIGHT-1CUBESATDETECTOR(RAAD)FORTHESTUDYOFTERRESTRIALGAMMA-RAYFLASHES:SPACEQUALIFICATION,FIRSTDATASET,ANDCORRELATIONSWITHLIGHTNINGLolowa Alkindi, N/A, United Arab Emirates

14:30-14:40 IAC-22/B1/IP/69266METHODANDCOMPUTATIONALALGORITHMSFORATMOSPHERICCORRECTIONOFREGIONALSATELLITEIMAGES.RESTORATIONOFTHESPECTRALBRIGHTNESSOFTHEEARTH’SSURFACEFazil Ismailov, Azerbaijan

14:40-14:50 IAC-22/B1/IP/69142ROBUSTEFFICIENTHARDWAREACCELERATORFORNEURALNETWORKONEMBEDDEDSYSTEMChanon Khongprasongsiri, National Astronomical Research Institute of Thailand (NARIT), Thailand

14:50-15:00 IAC-22/B1/IP/72860ANALYSISANDDESIGNOFFUTUREMULTIPLESATELLITESFORMATIONFLYINGL-BANDMISSIONSINLOWEARTHORBITFrancesca Scala, Politecnico di Milano, Italy


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13:30-13:40 IAC-22/B4/IP/73774ANALYSISOFATTITUDECONTROLSYSTEMFLIGHTRESULTSOFTHEEARTH-REMOTESENSINGNANOSATELLITEORBICRAFT-ZORKIYDanil Ivanov, Keldysh Institute of Applied Mathematics, RAS, Russian Federation

13:40-13:50 IAC-22/B4/IP/71351EFFECTIVECUBESATDESIGNSFORPASSIVEATTITUDESTABILIZATIONUSINGAERODYNAMICDRAGMuhammad Taha Ansari, Khalifa University of Science and Technology (KUST), United Arab Emirates

13:50-14:00 IAC-22/B4/IP/71002VIBE-NOVELSELF-DIAGNOSTICSYSTEMBASEDONAIANDDEDICATEDFORSMALLSATSMikolaj Podgorski, Scanway sp. z o.o., Poland

14:00-14:10 IAC-22/B4/IP/73127PRELIMINARYSTUDYABOUTTHEIMPLEMENTATIONOFASTRUCTURALBATTERYONA1UCUBESATNicola Pavia, Politecnico di Milano, Italy

14:10-14:20 IAC-22/B4/IP/73073DISTRIBUTEDON-BOARDCOMPUTINGONSCIENTIFICCUBESATMISSIONSSebastian Rückerl, Technical University of Munich, Germany

14:20-14:30 IAC-22/B4/IP/73099MOONTOMOONSERVICES–LUNARPATHFINDERANDFUTURELUNARCOMMSANDNAVCONSTELLATIONTOCONNECTLUNARASSETSTOEACHOTHERANDBACKTOEARTH,STARTING2025Nelly Offord (Phillips), Surrey Satellite Technology Ltd (SSTL), United Kingdom

14:30-14:40 IAC-22/B4/IP/71056THEORACLEOCEANHEALTHMONITORINGMISSIONAndrew Haslehurst, Surrey Satellite Technology Ltd (SSTL), United Kingdom

14:40-14:50 IAC-22/B4/IP/73913MINIMIZINGDOWNLINKTIMEOFHYPERSPECTRALIMAGESONACUBESATBYPERFORMINGCLASSIFICATIONBASEDONCONVOLUTIONALNEURALNETWORKSSimen Netteland, NTNU, Norway

14:50-15:00 IAC-22/B4/IP/68691EXPERIMENTALTESTINGOFRANGE-BASEDRELATIVEPOSITIONINGSTRATEGIESFORASWARMOFCENTIMETRE-SCALEFEMTOSPACECRAFTThomas Timmons, University of Glasgow, United Kingdom

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13:30-13:40 IAC-22/B4/IP/73564PRELIMINARYDESIGNOFTHERADIATIONPROTECTIONFORTHESMALLSATELLITEROMEOINTHELOWERMEDIUMEARTHORBITThorben Löffler, IRS, University of Stuttgart, Germany

13:40-13:50 IAC-22/B4/IP/71109STOPANALYSISOFSMALLASTRONOMICALSATELLITEPAYLOADSAlejandro Gomez-San-Juan, Universidad de Vigo, Spain

13:50-14:00 IAC-22/B4/IP/69802SIMULATIONOFASPACEVEHICLEONANAPPROACHMISSIONTOATARGETINLOWANDMEDIUMORBITUSINGHYPERGOLICPROPELLENTSYSTEMANDLIGHTANDMEDIUMRANGEDETECTIONMETHODAlejandro Hernandez, Gonzalez Technische Universität München, Mexico

14:00-14:10 IAC-22/B4/IP/69480LOVE:AMODULARARCHITECTUREOFALTITUDE-CONTROLBALLOONFORVENUSEXPLORATIONMISSIONSThibaut Pouget, Federation Open Space Makers, France

14:10-14:20 IAC-22/B4/IP/71430EXPERIMENTALRESULTSFROMTHESATELLITEFORORBITALAERODYNAMICSRESEARCH(SOAR)MISSIONNicholas H. Crisp, The University of Manchester, United Kingdom

14:20-14:30 IAC-22/B4/IP/69307SPACECRAFTASASERVICE,ANOPEN-SOURCEAPPROACHMathieu Bernou, OHB, Greece

14:30-14:40 IAC-22/B4/IP/70045NEXTONTHEPAD:THEE-BANDTECHNOLOGYDEMONSTRATIONCUBESATEIVEMarkus T. Koller, IRS, University of Stuttgart, Germany

14:40-14:50 IAC-22/B4/IP/73063LINE-OF-SIGHTNAVIGATIONOBSERVABILITYANALYSISFORNEAR-EARTHASTEROIDSEXPLORATIONWITHCUBESATStefano Casini, TU Delft, The Netherlands

14:50-15:00 IAC-22/B4/IP/67182THESOFTWAREARCHITECTUREOFPROXIMITYSPACECOMMUNICATIONFORSMALLMARSMISSIONJia Tian, China Academy of Space Technology (Xi’an), China

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13:30-13:40 IAC-22/B4/IP/73109ATHRUSTEDSMALLSATELLITEUSINGHALL-EFFECTFORSMARTDEPLOYMENTOFCUBESATCONSTELLATIONSRiccardo Di Roberto, G.A.U.S.S. Srl, Italy

13:40-13:50 IAC-22/B4/IP/68899EXPERIENCEFEEDBACKONEFFECTSOFIN-ORBITFPATEMPERATUREONRADIOMETRICPERFORMANCEOFALSAT-1BOPTICALIMAGERChahira Serief, Agence Spatiale Algérienne (ASAL), Algeria

13:50-14:00 IAC-22/B4/IP/73227AURORA:ASMALLSATELLITECONSTELLATIONFORAURORALOVALMONITORINGStefan Kraft, ESOC - European Space Agency, Germany

14:00-14:10 IAC-22/B4/IP/72984ASMALLDEPLOYABLECASSEGRAINREFLECTORANTENNAFORSMALLSATAPPLICATIONSLucille Baudet, Oxford Space Systems, United Kingdom

14:10-14:20 IAC-22/B4/IP/71116ELECTRICALANDTHERMALBATTERYMANAGEMENTTOSUPPORTDEEP-SPACEEXPLORATION:LICIACUBEEXAMPLEAlessandro Di Paola, Argotec, Italy

14:20-14:30 IAC-22/B4/IP/71406MAGNETICCLEANLINESSVERIFICATIONOFMINIATURESATELLITESFORHIGHPRECISIONPOINTINGStephan Busch, Fraunhofer EMI, Germany

14:30-14:40 IAC-22/B4/IP/74348NANOSATELLITEPROPOSALFORMONITORINGTHESOUTHATLANTICMAGNETICANOMALY(SAMA)ANDPLASMASPHERICHISSOVERTHEINTERTROPICALZONEOFSOUTHAMERICAININTERPLANETARYSHOCKSDavid De la Torre, Pontifical Catholic University of Peru, Peru

14:40-14:50 IAC-22/B4/IP/68130ENVIRONMENTALSATELLITETOMONITORREAL-TIMEENVIRONMENTALPARAMETERCHANGESINRESPONSETOINCREASEDCLIMATEACTIONAnkit Khanal, Tribhuvan University, Nepal

14:50-15:00 IAC-22/B4/IP/72239THESPACEMISSIONSLABORATORYATTHETECHNICALUNIVERSITYOFMUNICH:RAPIDSATELLITEMISSIONSFORSPACERESEARCHMartin J. Losekamm, Technical University of Munich, Germany

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13:30-13:40 IAC-22/B1/IP/69398COMPARISONOFDATAPROCESSINGMETHODSFORGNSSREFLECTOMETRYMohd Bilal, Bundeswehr University Munich, Germany

13:40-13:50 IAC-22/B1/IP/72197ROBUSTIFYINGTHEDEPLOYMENTOFTHEIN-ORBITAIFOREARTHOBSERVATIONMaciej Ziaja

13:50-14:00 IAC-22/B1/IP/71842MAGNETOTORQUERS“MTB”DESIGNANDREALIZATIONFORNANOSATELLITEAPPLICATIONSMohammed Berroua, Benzina

14:00-14:10 IAC-22/B2/IP/71639OPTIMIZATIONOFHIGH-THROUGHPUTSATELLITESYSTEMFORDATARELAYSERVICETOWARDSLEOSATELLITESHuiliang Liu, China Academy of Space Technology (CAST), China

14:10-14:20 IAC-22/B2/IP/70056REINFORCEMENTLEARNINGAIDEDPATHPLANNINGALGORITHMFORMULTI-UAVBASEDIN-SITUSATELLITETERMINALANTENNAEVALUATIONSYSTEMSaki Omi, Cranfield University, Cranfiel UK, United Kingdom

14:20-14:30 IAC-22/B2/IP/73581CISLUNARPOSITION,NAVIGATION,ANDTIMING(PNT)–INTERNATIONALRELATIONSANDPOLICYIMPLICATIONSAlec Domotor, Georgia Institute of Technology, United States

14:30-14:40 IAC-22/B2/IP/67266COMPARISONOF2X2PATCHANTENNADUETOTEMPERATUREVARIATIONINEXPERIMENTALSOUNDINGROCKETSPrerana M, R V College of Engineering, Bengaluru, India

14:40-14:50 IAC-22/B2/IP/73947SMALLSATELLITEC-BANDMICROSTRIPANTENNAARRAYFORINTER-SATELLITECOMMUNICATIONSAbdalla Elshiwi, Egyptian Space Agency (EgSA), Egypt,

14:50-15:00 IAC-22/B2/IP/72971IMPROVEMENTSINTHETHERMALBEHAVIOUROFACUBESATGNSS-RSYSTEMAndreas Johann Hörmer, Graz University of Technology (TU Graz), Austria

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13:30-13:40 IAC-22/B2/IP/71025PERFORMANCEEVALUATIONOFIMPROVEDSELF-POSITIONINGMETHODBASEDONCRATERSIZEFORLUNARLANDINGVEHICLESTsukasa Inoue, Tokyo Metropolitan University, Japan

13:40-13:50 IAC-22/B2/IP/73498ONTHEEXPLOITATIONOFLIGHTDEGREESOFFREEDOMFORTHESTARSHOTSAILTRANSMITTERSPaolo Villoresi, Università degli Studi di Padova, Italy

13:50-14:00 IAC-22/B2/IP/69614CALCULATINGSTATIONBIASFORUNCALIBRATEDGNSSSTATIONSUSINGCLOSE-RANGECALIBRATEDGNSSSTATIONDATAMuhammad Mubasshir Shaikh, Sharjah Academy for Astronomy, Space Sciences and Technology (SAASST), United Arab Emirates

14:00-14:10 IAC-22/B2/IP/68381DIURNALANDSEASONALVARIATIONSOFGNSSBASEDIONOSPHERICSLABTHICKNESSOVERARABIANPENINSULAMuhammad Mubasshir Shaikh, Sharjah Academy for Astronomy, Space Sciences and Technology (SAASST), United Arab Emirates

14:10-14:20 IAC-22/B3/IP/70854BESTDAYEVER!IMAGINARIESOFCOMMERCIALSPACETRAVELCharlotte Kroløkke, Denmark

14:20-14:30 IAC-22/B3/IP/70774UPDATINGSUBSYSTEM-LEVELFAULT-SYMPTOMRELATIONSHIPSFORTEMPERATUREANDHUMIDITYCONTROLSYSTEMSWITHREDUNDANTFUNCTIONSMin Young Hwang, Carnegie Mellon University, United States

14:30-14:40 IAC-22/B3/IP/69201TESTINGOFANAUGMENTEDREALITYTOOLFORGEOLOGICALFIELDWORKDURINGTWOANALOGUEMISSIONSFlavie Aditya Annick Suzanne Davida Tohotaua Rometsch, Delft University of Technology (TU Delft), The Netherlands

14:40-14:50 IAC-22/B3/IP/74109NEUTRAL-BUOYANCYTESTSOFTHEADVANCEDCREWMEDICALRESTRAINTFORCOMMERCIALHUMANSPACEFLIGHTMatt Harasymczuk, Analog Astronaut Training Center, Poland

14:50-15:00 IAC-22/B3/IP/72831WHATCAMEFIRST,SPACESAFETYORMEDICALSTANDARDS?Ilaria Cinelli AIKO S.r.l., Italy

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13:30-13:40 IAC-22/B3/IP/67845PRIVACYINSPACEMurray Mackay, Analog Astronaut Training Center, Poland

13:40-13:50 IAC-22/B3/IP/70315LESSONSLEARNEDONTHEIMPLEMENTATIONOFPROBABILISTICGRAPHICALMODEL-BASEDDIGITALTWINS:ASPACEHABITATSTUDYNicolas Gratius, Carnegie Mellon University, United States

13:50-14:00 IAC-22/B3/IP/69072HUMANAUTONOMYTEAMINGFORTASKEXECUTIONSUPPORTINNEXTGENERATIONDEEPSPACEHABITATSUlubilge Ulusoy, University of Southern California, United States

14:00-14:10 IAC-22/B3/IP/72414DETECTIONANDMONITORINGOFAFFECTIVESTATESDURINGA4-MONTHCONFINEMENTINASPACE-LIKEENVIRONMENTJean Pauly, Université de Lorraine, France

14:10-14:20 IAC-22/B3/IP/73944DESIGNOFTHECREWCABINOFASUBORBITALPLANEFOR6PASSENGERSBASEDONTHEDESIGNFORTHESTUDENTAEROSPACECHALLENGECOMPETITIONHubert Gross

14:20-14:30 IAC-22/B3/IP/74133CPRANDRESCUER’SPOSITIONINMICROGRAVITYArkadiusz Trzos, Analog Astronaut Training Center, Poland

14:30-14:40 IAC-22/B4/IP/71644HARDWAREANDSOFTWAREREDUNDANCYCONCEPTSON-BOARDOFSONATE-2Andreas Maurer, Julius Maximilians Universität Würzburg, Germany

14:40-14:50 IAC-22/B4/IP/72221MINIATUREHALLEFFECTTHRUSTERBASEDCUBESATFORLUNARANDMARSORBITEREXPLORATIONSPACECRAFTWITHONBOARDCLOSEDCATHODEHYDROGEN-OXYGENFUELCELLSYSTEM.Mohd. Izmir Yamin, Independence-X, Malaysia

14:50-15:00 IAC-22/B4/IP/73630ANALYSISOFSUN-ACQUISITIONMAGNETICATTITUDECONTROLFORNANOSATELLITEUSINGAHARDWARE-IN-THE-LOOPSATELLITESIMULATORDanil Ivanov, Keldysh Institute of Applied Mathematics, RAS, Russian Federation


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13:30-13:40 IAC-22/C1/IP/69136NOVELGEARBASEDACTUATIONMECHANISMFORSPACECRAFT’SATTITUDECONTROLDipak Kumar Giri, Indian Institute of Technology Kanpur, India

13:40-13:50 IAC-22/C1/IP/73507OPTIMIZATIONOFCHASERTRAJECTORYFORACTIVEDEBRISREMOVALMISSIONSDanilo Zona, Università del Salento, Italy

13:50-14:00 IAC-22/C1/IP/72313ATRANSPORTTHEOREMFORTHEINERTIATENSORFORSIMPLIFIEDSPACECRAFTDYNAMICSDEVELOPMENTJordan Maxwell, [unlisted], United States

14:00-14:10 IAC-22/C1/IP/73745MODELLINGANDSIMULATIONOFANON-ORBITEXPERIMENTFORTESTINGANOVELENGINETECHNOLOGYMartina Rusconi, Politecnico di Milano, Italy

14:10-14:20 IAC-22/C1/IP/68421ASURVEYOFLONGITUDINAL-SHIFTMANEUVERSPERFORMEDBYGEOSYNCHRONOUS(GEO)SATELLITESFROM2010TO2021Thomas G. Roberts, Massachusetts Institute of Technology (MIT), United States

14:20-14:30 IAC-22/C1/IP/71704REAL-TIMEOPTIMALCONTROLOFA6-DOFSTATE-CONSTRAINEDCLOSE-PROXIMITYRENDEZVOUSMISSIONAkan Selim, Istanbul Technical University, Turkey

14:30-14:40 IAC-22/C1/IP/67975AVARIANTOFTHEKÁRMÁNLINETHEORYFACILITATINGTHEIDENTIFICATIONOFAPRECISEALTITUDEBOUNDARYNicolas Bérend, ONERA - The French Aerospace Lab, France

14:40-14:50 IAC-22/C1/IP/69948DISTRIBUTEDGUIDANCEFORFLEXIBLESPACECRAFTLANDINGONASTEROIDChengyu Zhang, Beijing Institute of Technology (BIT), China

14:50-15:00 IAC-22/C1/IP/68896DESIGNANDIMPLEMENTATIONOFAMULTI-MISSIONTORQUEMODELSIMULATORFOREARTHSATELLITESFatima Alnaqbi, Khalifa University of Science and Technology (KUST), United Arab Emirates

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13:30-13:40 IAC-22/C1/IP/68161DYNAMICSINTHEVICINITYOFTHESTABLEHALOORBITSDavid Lujan, University of Colorado Boulder, United States

13:40-13:50 IAC-22/C1/IP/70806STABILIZATIONOFSPACE-ADVERTISEMENTSATELLITEFORMATIONKenta Nakajima, Kyushu University, Japan

13:50-14:00 IAC-22/C1/IP/73927MACHINELEARNINGBASEDORBITPREDICTIONFilipe Senra, University of Beira Interior, Portugal

14:00-14:10 IAC-22/C1/IP/70865DATA-DRIVENGUIDANCEFORASTEROIDLANDINGBASEDONREAL-TIMEDYNAMICMODEDECOMPOSITIONTaiga Kajikawa, Kyushu University, Japan

14:10-14:20 IAC-22/C1/IP/73449ONOPTIMALTHREE-IMPULSEEARTH-MOONTRANSFERSINAFOUR-BODYMODELShanshan Pan, Nanjing University, China

14:20-14:30 IAC-22/C1/IP/69430AFRAMEWORKFORDERIVINGANDVALIDATINGTHEMULTIBODYEQUATIONSOFMOTIONOFMICRO-LAUNCHERSVictor Covasan, International Space University (ISU), Portugal

14:30-14:40 IAC-22/C1/IP/69309BALDEAGLESEARCHOPTIMIZATIONBASEDBIOINSPIREDSPACECRAFTRENDEZVOUS-DOCKINGANDSPACEDEBRISMITIGATIONPriyank Dubey, Indian Institute of Technology, India

14:40-14:50 IAC-22/C1/IP/70312N-BODYPROBLEMINNON-INERTIALREFERENCEFRAME.APPLICATIONTOFULLTWO-BODYSTABILITYPROBLEMDaniel Condurache, Technical University of Iasi, Romania

14:50-15:00 IAC-22/C1/IP/71687ASURVEYOFTHEMAGNETICDIPOLEMOMENTDETERMINATIONMETHODSAPPLIEDONCUBESATSANDNANOSATELLITESAbdelmadjid Lassakeur, Agence Spatiale Algérienne (ASAL), Algeria

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13:30-13:40 IAC-22/C1/IP/67205DESIGNFOREARTH-MARSCYCLERTRAJECTORIESBASEDONAEROASSISTEDORBITALTRANSFERShijie Sun, Science and Technology on Space Physics Laboratory, China

13:40-13:50 IAC-22/C1/IP/67886AUTOMATICMULTI-GRAVITYASSISTTRAJECTORYDESIGNWITHMODIFIEDTISSERANDGRAPHSEXPLORATIONHadrien AFSA, Cranfield University, France

13:50-14:00 IAC-22/C1/IP/69596OPTIMALTRADE-OFFBETWEENSOLARENERGYANDCONTROLINPUTWHILERENDEZVOUSANDDOCKINGOFACUBESATWITHAROTATINGTARGETSPACECRAFTAbhijeet Abhijeet, Indian Institute of Technology, India

14:00-14:10 IAC-22/C1/IP/70655LOW-COSTMANUFACTURINGANDTESTINGOFATTITUDECONTROLSYSTEMSFORCUBESATSKevin Burville, Simon Fraser University, Canada

14:10-14:20 IAC-22/C1/IP/72193PROCESSINGOFALTIMETRICDATAFORPRECISEORBITDETERMINATIONEdoardo Del Vecchio, Sapienza University of Rome, Italy

14:20-14:30 IAC-22/C1/IP/73986OPTIMALCONTROLOFJ2FORMATIONSSUBJECTTODRAGUSINGMPCKarthick Dharmarajan, University of Rome “La Sapienza”, Italy

14:30-14:40 IAC-22/C1/IP/70497HYBRIDMULTI-ALGORITHMICATTITUDEDETERMINATIONANDCONTROLARCHITECTURECansu Yildirim, Middle East Technical University, Turkey

14:40-14:50 IAC-22/C1/IP/68631APPLICATIONOFSINGULARPERTURBATIONTHEORYTOSPACEFLIGHTDYNAMICSPROBLEMSGiulio Avanzini, Università del Salento, Italy

14:50-15:00 IAC-22/C1/IP/71336INITIALGUESSESFORCISLUNARLOW-THRUSTTRANSFERSMarkus Grass, Institute of Space Systems, University of Stuttgart, Germany

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13:30-13:40 IAC-22/B4/IP/74226TOLOSAT:STUDENTCUBESATFORGRAVIMETRYAPPLICATIONAxel Rousse, ISAE-Supaero University of Toulouse, France

13:40-13:50 IAC-22/B4/IP/68479ENABLINGLIDARINSTRUMENTSFORSMALLSATELLITEEARTHOBSERVATIONMISSIONSHannah Tomio, Massachusetts Institute of Technology (MIT), United States

13:50-14:00 IAC-22/B4/IP/70466ATOOLSETFORDEVELOPMENT,CONFIGURATION,ANDOPERATIONOFSOFTWARE-DEFINEDSATELLITEPLATFORMSLubomir Toshev, EnduroSat AD, Bulgaria

14:00-14:10 IAC-22/B4/IP/70034OBSERVINGMDWARFSUVANDOPTICALFLARESFROMACUBESATANDTHEIRIMPLICATIONSFOREXOPLANETSHABITABILITYJulien Poyatos, University of Barcelona, France

14:10-14:20 IAC-22/B4/IP/74145PROJECTAPTAS-DEVELOPMENTOFA1UCUBESATPAYLOADFORINDEPENDENTCALIBRATIONANDTESTINGOFEISCAT3D.Carlos Sarille Cadenas, Luleå University of Technology, Sweden

14:20-14:30 IAC-22/B4/IP/71142QLEVERSAT:USINGAIINACUBESAT(6U)FOREARTHOBSERVATIONTania McNamara, Universite Grenoble Alpes, France

14:30-14:40 IAC-22/B4/IP/73014DESIGNOFASARCUBESATFORMATIONFLIGHTCONSTELLATIONFORMARITIMESURVEILLANCELorcan Kelleher

14:40-14:50 IAC-22/B4/IP/69507HUMANANDTECHNOLOGICALCAPACITYBUILDINGTHROUGHTHESHARJAH-SAT-1CUBESATPROJECTMaryam Alansaari Sharjah Academy for Astronomy, Space Sciences and Technology (SAASST), United Arab Emirates

14:50-15:00 IAC-22/B5/IP/71555ADVANCEDSPACESERVICEACCESSAPPLICATIONTOOL“ASTRAXUNIVERSALUSERINTERFACE(ASTRAXU2U)”Taichi Yamazaki, ASTRAX, Inc., Japan

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13:30-13:40 IAC-22/B5/IP/67548PREDICTIONOFAIRPOLLUTIONANDENVIRONMENTALFACTORSUSINGMACHINELEARNING,DATAFROMSPACEAGENCYSATELLITESANDFROMGROUNDDEVICES.Axel Núñez, Arzola Facultad de Ingeniería-UNAM, Mexico

13:40-13:50 IAC-22/B5/IP/68285AUTOMATICDETECTIONMODELOFFLOATINGMACROALGAEBLOOMSBASEDONDEEPLEARNINGUSINGGOCIIMAGESYeonju Choi, Korea Aerospace Research Institute (KARI), Korea, Republic of

13:50-14:00 IAC-22/B6/IP/70575HIERARCHICALREASONINGALGORITHMWITHCOUPLINGTEMPORALCONSTRAINTSFORFLEXIBLELANDERBang Wang, Beijing Institude of technology, China

14:00-14:10 IAC-22/B6/IP/71278STUDENTCONDUCTEDSATELLITEEXPERIMENTINVESTIGATINGTHEEARTH’SMAGNETICFIELDANDAFFECTONOPERATIONSAlexander Burnicki, Technische Universität Berlin, Germany

14:10-14:20 IAC-22/B6/IP/72873MASTERACTIVITYPLANNINGFORLANDSAT8AND9Neil Dhingra, Orbit Logic, United States

14:20-14:30 IAC-22/B6/IP/68112SPACETARGETPOSEESTIMATIONFRAMEWORKWITHDEEPREINFORCEMENTLEARNINGTECHNIQUEJing Yuan, National Key Laboratory of Aerospace Flight Dynamic, Northwestern Polytechnical University, China

14:30-14:40 IAC-22/B6/IP/72462VEHICLEDESIGNANDMISSIONARCHITECTUREFORANEXPLORATIONEXCURSIONVEHICLEFORDEIMOSANDPHOBOSCameron Rough, Nexus Aurora, United States

14:40-14:50 IAC-22/B6/IP/72463MISSIONARCHITECTUREFORROBOTIC,LOW-COST,HIGH-FIDELITYMAPPINGOFMISSIONAREASCameron Rough, Nexus Aurora, United States

14:50-15:00 IAC-22/B6/IP/68837COMPREHENSIVEHIGH-LEVELAVIONICSSYSTEMSFOREXPLORATIONNathaniel Hargrave, Nexus Aurora, Canada

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13:30-13:40 IAC-22/B6/IP/72544DATASAT-ADAGROUNDSTATIONNETWORKAUTOMATICDIRECTIONALANTENNAFORSPACECOMMUNICATIONWITHLOWPOLARORBITINGSATELLITESSergio Soares, Brazil

13:40-13:50 IAC-22/B6/IP/69161SPEECHTOTEXTFORAUTOMATICTRANSCRIPTIONANDINDEXINGOFVOICELOOPSATESOCCesar Augusto Guzman Alvarez

13:50-14:00 IAC-22/B6/IP/69844CONCEPTOFAREFUELLINGSTATIONFORWATER-BASEDPROPELLANTSINGEOSTATIONARYORBITJuliette Antoun

14:00-14:10 IAC-22/C1/IP/74048ADAPTATIVEMULTIINPUTMULTIOUTPUTCONTROLLERFORATITANROVERCONCEPTJerry Varghese, Purdue University, United States

14:10-14:20 IAC-22/C1/IP/70650OPTIMALLAUNCHWINDOWSFORARTEMISIIIANDBEYONDLEVERAGINGCONTOURMAPSAaron Houin, NASA, United States

14:20-14:30 IAC-22/C1/IP/73863IENAIGO:AFREETOOLFORCONCURRENTMISSIONDESIGNANDOPTIMIZATIONWITHON-BOARDELECTRICPROPULSIONFrancisco de Borja De Saavedra, ienai SPACE, Spain

14:30-14:40 IAC-22/C1/IP/69046MAPPINGLONG-TERMNATURALORBITSABOUTTITANIA,ASATELLITEOFURANUSSilvia Maria Giuliatti Winter, UNESP - Univ Estadual Paulista, Brazil

14:40-14:50 IAC-22/C1/IP/69012FAMILIESOFDISPLACEDNON-KEPLERIANPOLARORBITSFORSPACE-BASEDSOLARENERGYAPPLICATIONSOnur Çelik, University of Glasgow, United Kingdom

14:50-15:00 IAC-22/C1/IP/71445SINGULARITY-FREEHYBRIDCONTROLFORAUTONOMOUSBERTHINGOFTWOSPACECRAFTSDipak Kumar Giri, Indian Institute of Technology Kanpur, India


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13:30-13:40 IAC-22/C3/IP/73824SUPERCRITICALCO2BASEDPOWERGENERATIONFORREDPLANETAayushi Bohrey, University of Petroleum and Energy Studies, India

13:40-13:50 IAC-22/C3/IP/70604NUCLEARBATTERIESASPOTENTIALPOWERSOURCEFORFUTURESPACECRAFTTomasz Mis, Warsaw University of Technology (WUT), Poland

13:50-14:00 IAC-22/C3/IP/72847THEUTILIZATIONOFDYE-SENSITIZEDSOLARCELLSASSATELLITESUBSYSTEMANDFORFUTURELUNARANDMARSBASEThomas Chretien, International Space University (ISU), France

14:00-14:10 IAC-22/C4/IP/68602STRATEGYFORSIMULTANEOUSHYDROGENTRAPPINGANDMETALLICGRAINSIZECONTROLINCERMETFUELSFORNUCLEARTHERMALPROPULSIONJonathan Johnson, The University of Alabama, United States

14:10-14:20 IAC-22/C4/IP/73599ACOMPARISONSTUDYONTHEFEASIBILITYOFTWOLOWSLOSHINGCONFIGURATIONSFORSMALLSATELLITEMAGNETICFLUIDACTUATIONTanya Krishna Kumar, Indian Institute of Technology, India

14:20-14:30 IAC-22/C4/IP/71686USINGDIFFERENTIALPRESSURESENSORTOMEASURENITROUSOXIDELEVELINATANKMateusz Czapski, Gdansk University of Technology, Poland

14:30-14:40 IAC-22/C4/IP/71681LESSONSLEARNEDDURINGSRADHYBRIDROCKETMOTORDEVELOPMENTMateusz Czapski, Gdansk University of Technology, Poland

14:40-14:50 IAC-22/C4/IP/674209TONFSTAGEDCOMBUSTIONCYCLELIQUIDROCKETENGINESTARTUPANALYSISBOYEON KHIM, [unlisted], Korea, Republic of

14:50-15:00 IAC-22/C4/IP/67274THENANO-PROBEBYTHEPHOTONTRANSPORTATIONINTHEDEEPSPACEJamel Metmati, THALES Services, France

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13:30-13:40 IAC-22/C4/IP/72215COMMONPITFALLSOFTESTINGHYBRIDROCKETENGINESATSTUDENTLEDFACILITIESCyril Mani, McGill University, Canada

13:40-13:50 IAC-22/C4/IP/73423DYNAMICMODELINGANDSIMULATIONOFAHYDROGENPEROXIDEMONOPROPELLANTTHRUSTERSukmin Choi, Korea Advanced Institute of Science and Technology (KAIST), Korea, Republic of

13:50-14:00 IAC-22/C4/IP/70874EXPERIMENTALINVESTIGATIONONTHROTTLINGTRANSIENTRESPONSEOFBIPROPELLANTTHRUSTERUSINGCAVITATINGVENTURIVALVE.Vincent Ugolini, Korea Advanced Institute of Science and Technology (KAIST), Korea, Republic of

14:00-14:10 IAC-22/C4/IP/72921DEVELOPMENTOFULTRAHIGHDNCERAMICBALLBEARINGFORCRYOGENICROCKETENGINETURBOPUMPBEN JACOB, Indian Space Research Organization (ISRO), Liquid Propulsion Systems Centre (LPSC), India

14:10-14:20 IAC-22/C4/IP/68583CONCEPTUALDESIGNOFAN2O/PARAFFINHYBRIDSOUNDINGROCKETRiccardo Gelain, Université Libre de Bruxelles, Belgium

14:20-14:30 IAC-22/C4/IP/67404OPTIMIZEDORBITTRANSFEROFAGRAVIDYNEWITHLOW-THRUSTPROPULSIONDavid Gil, United Arab Emirates University (UAEU), United Arab Emirates

14:30-14:40 IAC-22/C4/IP/72801NUMERICALSIMULATIONOFFLOWATOMIZATIONCAUSEDBYTWOIMPINGINGLIQUIDJETSMaryam Ozair, Pakistan Space and Upper Atmosphere Research Commission (SUPARCO), Pakistan

14:40-14:50 IAC-22/C4/IP/70336PARAMETRICDESIGNANDTESTINGOFEXPLOSION-PREVENTIVESOLIDPROPELLANTROCKETENGINESINTHEEVENTOFUNEXPECTEDBEHAVIORDURINGCOMBUSTIONNicolás de Jong, LEEM-UPM, Spain

14:50-15:00 IAC-22/C4/IP/70817COMPARATIVEANALYSISOFNUMERICALMODELSOFFILMANDREGENERATIVECOOLINGINTHRUSTCHAMBERATHIGHPRESSUREHaribalaji R, SASTRA University, India

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13:30-13:40 IAC-22/C4/IP/68363HYPERGOLICIGNITIONCHARACTERIZATIONOFLESS-TOXICBIPROPELLANTSUSINGHYDROCARBONFUELBLENDANDHYDROGENPEROXIDEVignesh G, ISRO Propulsion Complex, Mahendragiri, India, India

13:40-13:50 IAC-22/C4/IP/72772FEASIBILITYANALYSISFORELECTRICPROPULSIONSYSTEMSFORSHORTTERMINTERPLANETARYMISSIONSPritha Pal, University of Michigan, United States

13:50-14:00 IAC-22/C4/IP/68964PHYSICALPROPERTIESANDIGNITIONCHARACTERISTICSOFHYPERGOLICPROPELLANTWITHOXIDIZINGADDITIVESKyounghwan Lee, Hanbat National University, Korea, Republic of

14:00-14:10 IAC-22/C4/IP/68885IGNITIONDELAYANDTHERMOACOUSTICCOUPLINGINHYBRIDROCKETCOMBUSTIONWonjeong Hyun, Konkuk University, Korea, Republic of

14:10-14:20 IAC-22/C4/IP/70329VACUUMARCTHRUSTERARCHITECTUREFORGREENORBITMAINTENANCEWITHSMALLSATELLITEMISSIONSJosé-María Jiménez-Coronado, Costa Rica Institute of Technology (ITCR), Costa Rica

14:20-14:30 IAC-22/C4/IP/70496NUMERICALESTIMATIONOFHEATLOSSANDTHRUSTPERFORMANCECHARACTERISTICSINMICROPROPULSIONJeongmoo Huh, United Arab Emirates University (UAEU), United Arab Emirates

14:30-14:40 IAC-22/C4/IP/70493INTEGRATEDINTERNALANDEXTERNALBALLISTICSFORSOUNDINGROCKETDESIGNJeongmoo Huh, United Arab Emirates University (UAEU), United Arab Emirates

14:40-14:50 IAC-22/C4/IP/72898THEEFFECTOFAERODYNAMICHEATINGTOCRYOGENICPROPELLANTDISCHARGESeungwhan Baek, Korea Aerospace Research Institute (KARI), Korea, Republic of

14:50-15:00 IAC-22/C4/IP/69927NUMERICALANDEXPERIMENTALINVESTIGATIONOFLAMBDATYPESEALSINHIGH-PRESSURECRYOGENICBOLTEDJOINTSVivek S, Indian Space Research Organization (ISRO), Liquid Propulsion Systems Centre (LPSC), India

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13:30-13:40 IAC-22/C1/IP/73907ACCESSIBLEANDRETRIEVABLEASTEROIDSCONSIDERINGLUNARANDSOLARGRAVITYASSISTSHongru Chen, Kyushu University, Japan

13:40-13:50 IAC-22/C2/IP/68351RESEARCHONTHEANALYSISOFDRILLINGBEHAVIORTOMINIMIZEDELAMINATIONINCARBONFIBERREINFORCEDPLASTICSSirapop Mongkolves, National Astronomical Research Institute of Thailand (NARIT), Thailand

13:50-14:00 IAC-22/C2/IP/69977FINITETIMEFAULT-TOLERANTCONTROLANDMULTIPLEVIBRATIONSUPPRESSIONOFSPACEROBOTWITHELASTICBASE,ELASTICJOINTSANDFLEXIBLELINKSHaiping Ai Fuzhou, University, China

14:00-14:10 IAC-22/C2/IP/71796ASIMPLIFIEDTHERMALANALYSISFORTHAISPACECONSORTIUM-1SATELLITE(TSC-1)Chinathip Narongphun, National Astronomical Research Institute of Thailand (NARIT), Thailand

14:10-14:20 IAC-22/C2/IP/72968PREDICTIONOFBRAZEJOINTSTRENGTHOFDISSIMILARMATERIALSBYNUMERICALANDEXPERIMENTALMETHODS.Anoop Kumar A, Indian Space Research Organization (ISRO), India

14:20-14:30 IAC-22/C2/IP/74066ONTHEVIBRATIONTESTINGOFSPACESTRUCTURESNikolay Asmolovskiy, Space Structures GmbH, Germany

14:30-14:40 IAC-22/C2/IP/71447CRYOGENICBEHAVIOUROFAIRWARE2050ALUMINIUMALLOY:APPLICATIONFORSPACEPRODUCTSDOWNTOLH2ENVIRONMENTDavid Cardinaux, Aubert & Duval, France

14:40-14:50 IAC-22/C2/IP/71841HIGH-PERFORMANCETHERMOPLASTICCOMPOSITESTRUCTUREFORSUBORBITALVEHICLESDaniele Tortorici, Sapienza University of Rome, Italy

14:50-15:00 IAC-22/C2/IP/69861CHASSISOPTIMIZATIONOFA1UCUBESATMADEINADEVELOPINGCOUNTRYFabricio Ortíz, National Autonomous University of Honduras, Honduras

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13:30-13:40 IAC-22/C2/IP/69883RESEARCHONTHEHEATINGEFFECTSOFTHEMAINENGINEJETOFTHESUBORBITALVEHICLEXiaoyan Li, CASC, China

13:40-13:50 IAC-22/C2/IP/72365INNOVATIONINWATERROCKETSDEVELOPMENTBASEDONBIOMIMICRYDESIGNTOOLSINCOLLABORATIONWITHTHEAEROSPACEENGINEERINGGROUPOFUNIVERSIDADDECOSTARICA(UCR)Leonora de Lemos, Universidad de Costa Rica, Costa Rica

13:50-14:00 IAC-22/C2/IP/72333DESIGNOFADEVICETOSLOWTHEMOTIONANDVERTICALDESCENTOFAWATERROCKETINSPIREDBYTROPICALSEEDSFROMCOSTARICALeonora de Lemos, Universidad de Costa Rica, Costa Rica

14:00-14:10 IAC-22/C2/IP/70300THERMALCONTROLDESIGNOFCABINTYPEFORSTARSENSORONGEOSATELLITEHan Chongwei, China Academy of Space Technology (CAST), China

14:10-14:20 IAC-22/C2/IP/72448STRUCTUREREDESIGNFORTHENANOSATELLITEK’OTOMaría Guadalupe Ortega Ontiveros, Facultad de Ingeniería-UNAM, Mexico

14:20-14:30 IAC-22/C2/IP/70332STRUCTURALASSESSMENTOFSOLIDROCKETMOTORHARDWAREFROMTHEMEASUREDRESIDUALSTRAINAND3-DPROFILEINTHELONGSEAMWELDLOCATIONPaul Murugan J, Indian Space Research Organization (ISRO), India

14:30-14:40 IAC-22/C2/IP/69146LAUNCHENVIRONMENTSTRUCTURALSURVIVABILITYVERIFICATIONFORTHEOS-2SMALLSATSTRUCTURALQUALIFICATIONMODEL(SQM)BYSTRUCTURALDYNAMICANALYSISANDVIBRATIONTESTING.Panachai Santananukarn Geo-Informatics and Space Technology Development Agency (GISTDA), Thailand

14:40-14:50 IAC-22/C2/IP/69989HIGH-PERFORMANCEPOLYIMIDEMEMBRANESFORUSEINSOLARSAILPROPULSIONM. Gabriella Santonicola, Sapienza University of Rome, Italy

14:50-15:00 IAC-22/C2/IP/67949COMPILATIONMETHODOFEQUALDAMAGEACCELERATEDFATIGUELOADSPECTRUMFORREUSABLELAUNCHVEHICLESichao Deng, China Academy of Launch Vehicle Technology (CALT), China

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13:30-13:40 IAC-22/C2/IP/71984LAYOUTCANDIDATESCHEMESFORSMALLSATELLITEBASEDONMULTI-OBJECTIVEOPTIMIZATIONALGORITHMAnuphong Sangthon, National Astronomical Research Institute of Thailand (NARIT), Thailand

13:40-13:50 IAC-22/C2/IP/71746PRELIMINARYSTUDYOFANORIGAMI-INSPIREDDEPLOYABLESTRUCTUREFORASMALL-SCALEDEMONSTRATORInes Uriol Balbin, Delft University of Technology (TU Delft), The Netherlands

13:50-14:00 IAC-22/C2/IP/70805DESIGNPROCESSANDNEWMATERIALSINSMALLSATELLITESTRUCTURESEdwin Cruz Martínez, [unlisted], Mexico

14:00-14:10 IAC-22/C2/IP/71814EXPERIMENTALANDNUMERICALINVESTIGATIONOFSPREADTOWFABRICCOMPOSITESFORBOOMAPPLICATIONFlavia Palmeri, Sapienza University of Rome, Italy

14:10-14:20 IAC-22/C2/IP/69503SHARJAH-SAT-1STRUCTURALDESIGNANDANALYSISTarifa AlKaabi

14:20-14:30 IAC-22/C2/IP/74254DETERMINATIONOFTHRUSTERCONFIGURATIONANDEXPERIMENTALVERIFICATIONFORBUOYANTROVERCONCEPTMariana Londoño Orozco, [unlisted], Costa Rica

14:30-14:40 IAC-22/C3/IP/73331INNOVATIVESOLUTIONSFORTHEPOWERSUBSYSTEMOFLUNARVEHICLESJeremy Aubert, ISAE - Institut Supérieur de l’Aéronautique et de l’Espace, France

14:40-14:50 IAC-22/C3/IP/69316AUKROADMAPFORTHEDEVELOPMENTOFNUCLEARPOWERINSPACEDavid A. Homfray, Satellite Applications Catapult, United Kingdom

14:50-15:00 IAC-22/C3/IP/69939MULTIPHASEGEO-ENERGYPRODUCTIONONMARSUSINGGEOLOGICCO2STORAGEINTHESEDIMENTARYBASINSSukhjit Singh, [unlisted], India


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SCREEN#42

13:30-13:40 IAC-22/D2/IP/74385CORELAUNCHRANGERENEWALATTHEGUIANAEUROPESPACEPORTFabienne Serene, Centre National d’Etudes Spatiales (CNES), France

13:40-13:50 IAC-22/D2/IP/69646PERSPECTIVESFORTHEUSEOFNEWSOLUTIONSINTHECREATIONOFSUBORBITALLAUNCHVEHICLESVladyslav Proroka, Oles Honchar Dnipropetrovsk National University, Ukraine

13:50-14:00 IAC-22/D2/IP/73330THECHALLENGESOFDESIGNINGASTUDENTSOUNDINGROCKETFORA100KMAPOGEESzymon Małecki, Warsaw University of Technology (WUT), Poland

14:00-14:10 IAC-22/D2/IP/67173CHALLENGESANDRECOMMENDATIONSFORINTERCONTINENTALSUBORBITALCOMMERCIALLINERTRANSPORTATIONJan Walter Schroeder, International Space University (ISU), Germany

14:10-14:20 IAC-22/D3/IP/67937IN-SPACEMANUFACTURING-2022INDUSTRYSURVEYANDCOMMERCIALLANDSCAPEErik Kulu, Estonia

14:20-14:30 IAC-22/D4/IP/67233THEANTI-GRAVITYPROPULSION:THEFUTUREOFSMALLSPACECRAFTJamel Metmati, THALES Services, France

14:30-14:40 IAC-22/D4/IP/67218THEAFRICANEWSPACEREQUIREMENTSJamel Metmati, THALES Services, France

14:40-14:50 IAC-22/D4/IP/71177MOBILEBASESFORTHEMOONANDMARSOleg Aleksandrov, Private individual www.oleg.space, United States

14:50-15:00 IAC-22/D4/IP/71151HUMANCOLONIZATIONOFTHESURFACEOFVENUSANDITSBOWELSRIGHTNOW.Oleg Aleksandrov, Private individual www.oleg.space, United States

SCREEN#43

13:30-13:40 IAC-22/D4/IP/69635MULTI-DRONESPACESHIPCONCEPTPROPOSALFORASTEROIDMININGSalvador Daniel Escobedo, Casillas University of Guadalajara, Mexico

13:40-13:50 IAC-22/D4/IP/70284LET’SGOTOTHESTARS:ASURVEYOFINTERSTELLARTRAVELINPOPULARCULTURETOINFORMPUBLICENGAGEMENTFORFUTUREINTERSTELLARMISSIONSJason Batt, 100 Year Starship, United States

13:50-14:00 IAC-22/D4/IP/72254ALEGALVISIONFORTHEFUTURE:PEACEABLESETTLEMENTOFSPACEDISPUTESUNDERHUMANKIND’SCOMPULSORYJURISDICTIONAndrew Simon-Butler, University of British Columbia, Canada

14:00-14:10 IAC-22/D4/IP/67834EXOPLANETSANDABACKUPPLANFORLIFEONEARTHPauli Laine, [unlisted], Finland

14:10-14:20 IAC-22/D5/IP/70108METHODSFORSIMULATINGCROWDMOVEMENTSINLOWGRAVITYENVIRONMENTSFORSAFEEMERGENCYEGRESSDESIGNSzymon Matkowski, Nexus Aurora, Poland

14:20-14:30 IAC-22/D6/IP/74384IMPROVINGFLIGHTSAFETYMETHODSANDCONCEPTSTOFITFUTURECHALLENGESATTHEGUIANASPACECENTERMelissa Zemoura, Centre National d’Etudes Spatiales (CNES)

14:30-14:40 IAC-22/E1/IP/70607CASESTUDYOFIMPLEMENTINGTHENEWSPACEPERSONNELTRAININGCURRICULUMShinmyeong Kim, Satellite Technology Research Center( SaTReC), KAIST, Korea, Republic of

14:40-14:50 IAC-22/E1/IP/71450MENTORSHIPINTHESPACEINDUSTRY:ACASESTUDYONTHEIMPACTOFMENTORSHIPFORGENDERMINORITIESSejal Budholiya, Space Generation Advisory Council (SGAC), India

14:50-15:00 IAC-22/E1/IP/73374SOCIETYOFWOMENINSPACEEXPLORATIONATCONCORDIA:STRATEGIESEMPLOYEDTOINCREASEINVOLVEMENTANDINTERESTINMULTIDISCIPLINARYFIELDSOFSPACEEXPLORATIONFORUNIVERSITY-LEVELWOMENIrina Stroica, Concordia University, Canada

SCREEN#44

13:30-13:40 IAC-22/E1/IP/68325SPACEFIELDATTRACTIVENESSFORAFRICANTALENTSMaha Soulami, [unlisted], Morocco

13:40-13:50 IAC-22/E1/IP/68537PERSONPERCEPTIONONGENDER-RELATEDINEQUALITIESINTHEITALIANANDJAPANESEAEROSPACESECTORSAlice Pellegrino, QinetiQ Space nv, Belgium

13:50-14:00 IAC-22/E1/IP/74299ACASEFORTHESECONDARYCLASSROOM:GEOSPATIALANDEARTHOBSERVATIONTECHNOLOGYFORINCREASINGAWARENESSOFGEOGRAPHYANDGEOLOGYDISCIPLINESAlina Vizireanu, Space Generation Advisory Council (SGAC), United Kingdom

14:00-14:10 IAC-22/E1/IP/72701CRITICALSPACEEDUCATIONALACTIVITIESINTHEPOST-COVID-19RECOVERYCURRICULUMAlina Vizireanu, Space Generation Advisory Council (SGAC), United Kingdom

14:10-14:20 IAC-22/E1/IP/73770GIS4SCHOOLS–PAVINGTHEWAYFORTHESCHOOLOFTOMORROW:LEVERAGINGONSPACETECHNOLOGYTOSTIMULATESTEAMLEARNINGANDTEACHINGAlessandra Vernile, EURISY, France

14:20-14:30 IAC-22/E1/IP/73379TRAININGUNDERGRADUATEENGINEERINGSTUDENTSFORSPACEINDUSTRYSTART-UPSTHROUGHSTUDENT-RUNDESIGNTEAMSNykoda Cooper, Faculty of Engineering, Carleton University, Canada

14:30-14:40 IAC-22/E1/IP/73867NURTURINGSPACEWORKFORCETHROUGHINTERNATIONALCOLLABORATION:NEXTGENERATION’SPERSPECTIVETensae Alemayehu Ali, Space Generation Advisory Council (SGAC), Ethiopia

14:40-14:50 IAC-22/E1/IP/72346SPACEEDUCATIONINITIATIVESFORCAPACITYBUILDINGINPANAMAAngel Arcia, [unlisted], Panama

14:50-15:00 IAC-22/E1/IP/72277EEE+14SPACEEDUCATIONPROGRAMASUCCESSSTORYOFEDUCATIONALINNOVATIONINCOLOMBIA10YEARSLATERNatally Mendez, [unlisted], United States

SCREEN#39

13:30-13:40 IAC-22/A1/IP/67593XENOBOTSAPPLICATIONSFORSPACEFLIGHTDylan Kiesling, BLUECUBE Aerospace, United States

13:40-13:50 IAC-22/C4/IP/68283PEPE:ALOWCOST,RELIABLE,REUSABLE,USER-ANDENVIRONMENT-FRIENDPROPULSIONSYSTEMLuciano Battocchio, [unlisted], Czech Republic

13:50-14:00 IAC-22/C4/IP/71588VACUUMTESTINGOF3DPRINTED1NHYDROGENPEROXIDETHRUSTERANDANOVELPLATINUMCATALYSTVarun Reddy Nandyala, FOTEC Forschungs- und Technologietransfer GmbH, Austria

14:00-14:10 IAC-22/C4/IP/73281CONDITIONSFORTHELONG-TERMEXISTENCEOFSPACECRAFTWITHAIR-BREATHINGELECTRICPROPULSIONINULTRA-LOWORBITSABOUTPLANETSAlexander Golikov, Central AeroHydrodynamic Institute (TsAGI), Russian Federation

14:10-14:20 IAC-22/C4/IP/73421THREE-DIMENSIONALMHDANALYSISOFMAGNETICPLASMADRAGWITHCOILSPLACEDONTHREEAXESShoko Arita, Shizuoka University, Japan

14:20-14:30 IAC-22/C4/IP/68307NUCLEARTHERMALPROPULSIONFORIN-SPACEAPPLICATIONSFOCUSINGBERYLLIUMASTHEWORKINGFLUIDANDGRAPHITEANDFLIBEASMODERATORANDCOOLANTANDTHORIUMBLANKETAarya Kulkarni, International Space University (ISU), India

14:30-14:40 IAC-22/C4/IP/71152NUMERICALSTUDYONN-DECANEHEATTRANSFERUNDERSUPERCRITICALPRESSUREINREGENERATIVECOOLINGCHANNELYuhang Li, Xi’an Aerospace Propulsion Institute, China

14:40-14:50 IAC-22/C4/IP/72784RAPIDDESIGNOFASMALLSCALEKEROLOXFLIGHTVEHICLEPROPULSIONSYSTEMNathan Hirsch, Viterbi School of Engineering, USC, United States

14:50-15:00 IAC-22/C4/IP/71232EFFECTOFH2O2CONCENTRATIONANDCATALYTICRATIOONTHEAUTOIGNITIONCHARACTERISTICSOFRP-3KEROSENEUNDERCATALYTICIGNITIONENGINE-LIKECONDITIONSShutao Han, Beihang University (BUAA), China

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13:30-13:40 IAC-22/C4/IP/71078HIGHFLUXHYBRIDMOTORDEVELOPMENTWITHDISTRIBUTEDTUBEINJECTORMehmet Kahraman, Deltav Space Technologies,Inc., Turkey

13:40-13:50 IAC-22/C4/IP/68710TWO-PHASE,MULTICOMPONENTHYDROGENPEROXIDEBLOWDOWNINJECTORMODELLINGANDTESTSCOMPARISONSArthur Bahdur, Alcântara Launch Center, Brazil

13:50-14:00 IAC-22/C4/IP/71103RESEARCHONACOUSTICCLOSED-ENDDEVICEFORHYDRAULICEXCITATIONTESTOFLREmeng dong, Xi’an Aerospace Propulsion Institute, China

14:00-14:10 IAC-22/C4/IP/72246COMPUTATIONALMODELFORPERFORMANCEPREDICTIONOFANITROUSOXIDE/EICOSANEHYBRIDROCKETENGINEJoel Jean-Philyppe, McGill University, Canada

14:10-14:20 IAC-22/C4/IP/72865PRELIMINARYSCREENINGOFCATALYTICBEDSFORHYDROGENPEROXIDETHRUSTERSWITHTHRUSTLEVELLOWERTHAN0.5NRawoof Shaik

14:20-14:30 IAC-22/C4/IP/71580AREVIEW:ONTHEVARIOUSFEEPTHRUSTERSPRESENTINTHEINDUSTRYANDTHEIRPERFORMANCECOMPARISONAnirudh Balaji N S

14:30-14:40 IAC-22/D1/IP/69405DEVELOPMENTANDUSEOFBPSCI,ANOPEN-SOURCEANDADAPTABLEDYNAMICSVISUALIZATIONSOFTWAREJerry Varghese, Purdue University, United States

14:40-14:50 IAC-22/D1/IP/72679ASTRAEUS:ANEWPERSPECTIVEONTITAN’SLAKESJames E. McKevitt, Conex Research, Austria

14:50-15:00 IAC-22/D1/IP/71943CONFIGURABLEARCHITECTUREFORFULLYAUTONOMOUSROVEROPERATIONSRiccardo Maderna, AIKO S.r.l., Italy

SCREEN#41

13:30-13:40 IAC-22/D1/IP/73245ALOW-COSTATTITUDECONTROLSYSTEMUSINGHARDDISKDRIVEBASEDREACTIONWHEELSFORCUBESATSYaqoob Alqassab, National Space Science Agency (NSSA), Bahrain

13:40-13:50 IAC-22/D1/IP/70438VIRTUALHARDWARE-IN-THE-LOOPTESTINGOFTHEADCSOFDHABISATYaqoob Alqassab, National Space Science Agency (NSSA), Bahrain

13:50-14:00 IAC-22/D1/IP/70354MODELPREDICTIVEIMPEDANCECONTROLFORORBITALREPLACEMENTUNITINSTALLATIONBYACUBESATSERVICERMitchell Kurnell, McGill University, Canada

14:00-14:10 IAC-22/D1/IP/72691METHODSFORINCREASINGTHEDEPENDABILITYOFHIGHPERFORMANCE,MANY-CORE,SYSTEM-ON-CHIPSRafal Graczyk, University of Luxembourg, Luxembourg

14:10-14:20 IAC-22/D1/IP/69445ASTREAMLINEDDESIGN,DEVELOPMENTANDVALIDATIONPROCESSFORMICRO-LAUNCHERSVictor Covasan, International Space University (ISU), Portugal

14:20-14:30 IAC-22/D1/IP/68371NOVELV&VAPPROACHATPILLEVELINOPENLOOPCONFIGURATIONFORNONLINEARONLINEOPTIMIZATIONPARAFOILGUIDANCEOFREUSABLESPACEVEHICLESAndrei Lucian Alexe, [unlisted], Romania

14:30-14:40 IAC-22/D1/IP/70420ANOVELON-BOARDAI-BASEDADAPTIVEIMAGEPROCESSINGANDCOMPRESSIONFOREARTHOBSERVATIONCUBESATSAysha Alharam, National Space Science Agency (NSSA), Bahrain

14:40-14:50 IAC-22/D2/IP/68113REVIEWOFTHEENVIRONMENTALIMPACTOFSPACETRANSPORTATIONSYSTEMSINAFULLLIFECYCLEASSESSMENTJan-Steffen Fischer, Institute of Space Systems, University of Stuttgart, Germany

14:50-15:00 IAC-22/D2/IP/70537DEVELOPMENTOFANON-DEMAND,SMALLPAYLOADRETURNCAPABILITYFROMLEOJohn Bradford, SpaceWorks Enterprises, Inc. (SEI), United States


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13:30-13:40 IAC-22/E5/IP/74257SOCIETALRESPONSETONEGATIVEENVIRONMENTALEXTERNALITIES:THECASEOFSPACEACTIVITIESElwyn Sirieys, Massachusetts Institute of Technology (MIT), United States

13:40-13:50 IAC-22/E5/IP/70394KOSMOS2.0,ANUPGRADEDANDCUTTING-EDGEVERSIONOFTHEARTISTIC&SCIENTIFICMONUMENTALINSTALLATIONKOSMOSXavier Daniel, France

13:50-14:00 IAC-22/E5/IP/70309PRINCIPLESOFPUBLICSPACECONSTRUCTIONINTHESTRUCTUREOFTHENEXTGENERATIONSOFMANNEDSPACESTATIONSGeorgy Shcheglov, Bauman Moscow State Technical University, Russian Federation

14:00-14:10 IAC-22/E5/IP/74029ABOUTARCHITECTUREINEXTREMECONDITIONS.HOWCANSPACEANDEXTREMEENVIRONMENTHELPARCHITECTSDESIGNBETTER?Wiktoria Dziadula, Silesian University of Technology, Poland

14:10-14:20 IAC-22/E5/IP/74107ANALOGHABITATSASRESEARCHPLATFORM-LUNARESRESEARCHSTATIONMISSIONCONTROLCONCLUSIONSANDGUIDELINESFORSTANDARDIZEDMISSIONSORGANIZATION.INVESTIGATINGINCREASEINRESEARCHDATAAMOUNTANDQUALITY,ANDIRRELEVANTVARIABLESMITIGATIAgata Mintus, Space is More, Poland

14:20-14:30 IAC-22/E5/IP/68266MARSUNDERGROUND:ALANDSCAPESTRATEGYFORLONGTERMHUMANCOLONIESONTHEREDPLANET.Francesco Axel Pio Romio, Italy

14:30-14:40 IAC-22/E5/IP/73609APPLICATIONOFTHEBIODOMEGRIDSHELLSYSTEMFORLUNARHABITATANDANALOGBASECONSTRUCTIONRoland Nemeth, [unlisted], Hungary

14:40-14:50 IAC-22/E5/IP/73808PAYLOADHOSTINGINITIATIVEFOSTERINGSPACERESEARCHANDDEVELOPMENTTOBENEFITSOCIETYMaitha Alshizawi, United Arab Emirates

14:50-15:00 IAC-22/E5/IP/70536STANDARDIZEDCARBONFOOTPRINTFORACUBESATMISSION,ASUSTAINABILITYSTUDYCASEONEMERGINGCOUNTRIESWORKINGONSPACETECHNOLOGY.Eliana Cadena, Astralintu Space Technologies, Ecuador

SCREEN#49

13:30-13:40 IAC-22/E5/IP/74306WORKOUTSINSPACEANALOGSTATIONHABITATMARTEJulio Rezende, Federal University of Rio Grande do Norte (UFRN), Brazil

13:40-13:50 IAC-22/E5/IP/67279PRESERVINGUNSPOILEDSPACEFORFUTUREGENERATIONSAlyson Decker, Jus Ad Astra, United States

13:50-14:00 IAC-22/E5/IP/69017WILLWEEVERACHIEVETRUEGENDEREQUALITYINASTRONAUTICS?Helene FOURCADE, University of Toulouse II Jean Jaurès, France

14:00-14:10 IAC-22/E5/IP/72738HISTORICALREVIEWOFDESIGNINVOLVEMENTINSPACEACTIVITYYurie Suzuki, Royal College of Art, Japan

14:10-14:20 IAC-22/E5/IP/68071“AWOMAN‘INTHESNOWAMONGTHECLOCKSANDINSTRUMENTS’”:HOWADRIENNERICHREIMAGINEDTHELIVESOFWOMENASTRONOMERSAshley Lear, Embry-Riddle Aeronautical University, United States

14:20-14:30 IAC-22/E5/IP/73853ASTROFEMINISMANDSUSTAINABILITY:THERELATIONSHIPBETWEENSPACEANDTHEFUTUREOFOURPLANETLayla Martin, United States

14:30-14:40 IAC-22/E5/IP/72664FIRSTOFF-PLANETARTGALLERYSETSOFFFORTHEINTERNATIONALSPACESTATION.Niravkumar Patel, ILEWG EuroMoonMars, Germany

14:40-14:50 IAC-22/E7/IP/71465ON-ORBITSERVICING:FROMINTERNATIONALSPACELAWTONATIONALLAWS:CURRENTSTATEOFPLAYLukas Christopher Jung, European Space Agency (ESA), France

14:50-15:00 IAC-22/E7/IP/74184PARAMETERS,CONCEPTSANDTHETERMINOLOGYOFOUTERSPACELAW:AREVIEWOFTHEESSENTIALFACILITIESSERVEDBYOUTERSPACEACTIVITIESANDTHERULESOFINTERPRETATIONFORTREATYLAWANDSOFTLAWGUIDELINES.Lesley Jane Smith, Leuphana University of Lüneburg/Weber-Steinhaus & Smith, Germany

SCREEN#50

13:30-13:40 IAC-22/E7/IP/70673LEGALISSUESOFSPACECRAFTMANEUVERINGWITHARTIFICIALINTELLIGENCE-COMPARATIVESTUDYWITHTHEJAPANESEREGULATIONSFORAUTONOMOUSDRIVINGVEHICLESONTHEGROUNDHisako Moriguchi, Japan Aerospace Exploration Agency (JAXA), Japan

13:40-13:50 IAC-22/E7/IP/73221OVERCOMINGTHEGEOCENTRICPERSPECTIVETOENSURETHEFUNCTIONINGOFTHEFUTURESPACESETTLEMENTS.Veronica Moronese, Space Generation Advisory Council (SGAC), Italy

13:50-14:00 IAC-22/E7/IP/74097REGISTRATIONASPECTSOFMEGA-CONSTELLATIONS’SATELLITESUNDERINTERNATIONALLAWIrina Chernykh, Peoples’ Friendship University of Russia (RUDN University), Russian Federation

14:00-14:10 IAC-22/E7/IP/73571ONTHE55THANNIVERSARYOFTHERESCUEAGREEMENT:THEDRAFTINGHISTORYANDCONTRIBUTIONTOSTRENGTHENINGINTERNATIONALCOOPERATIONElina Morozova, Intersputnik International Organization of Space Communications, Russian Federation

14:10-14:20 IAC-22/E9/IP/68963THEINEQUITABLEIMPACTOFSPACEDEBRISONDEVELOPINGSTATES:THEIMPORTANCEOFINTERDISCIPLINARYAPPROACHESAnuradha Damale, [unlisted], United Kingdom

14:20-14:30 IAC-22/E9/IP/72010VIOLENCE,TERRORISMANDCYBER-THREATS:PHILOSOPHICAL,CRIMINOLOGICALANDLEGALPERSPECTIVESIva Ramuš Cvetkovič, Slovenia

14:30-14:40 IAC-22/E9/IP/73736SPACESECTORTRANSFORMATION:AMETHODTOTRIGGERCORPORATESOCIALRESPONSABILITYPierre Boutté, Centre National d’Etudes Spatiales (CNES), France

14:40-14:50 IAC-22/E9/IP/71650BLOCKCHAINFORSUSTAINABLESPACEACTIVITIESMarcia Luiza Mignone, Brazil

14:50-15:00 IAC-22/E9/IP/68991TEACHINGTHENEXTGENERATIONOFSCIENTISTSSTRATEGICANDSUSTAINABLEADAPTATIONPRACTICESINAGRONOMYFORGROUPCONFLICTPREVENTIONINTHEPEACEFULUSESOFOUTERSPACEZinzi Konig, United States

SCREEN#45

13:30-13:40 IAC-22/E1/IP/71186THESPACEFORALLNATIONSINITIATIVE:TOWARDSMOREEQUITABLEANDDIVERSEACCESSTOSPACEAna Pires, INESC-TEC, Portugal

13:40-13:50 IAC-22/E1/IP/73854CAREERAWARENESSANDEDUCATIONINTHESPACESECTOR:SPAZIOALBEDOPROJECTAlessia Gloder, Dresden University of Technology (DUT) / Technische Universität Dresden, Germany

13:50-14:00 IAC-22/E1/IP/73957ANEWAPPROACHTOBASICEDUCATIONUSINGSPACETECHNOLOGIESFORBRAZILIANADOLESCENTSTUDENTS.Leonardo Souza

14:00-14:10 IAC-22/E10/68784SOLARSAILSASTEROIDGRANDTOURCOOPETITIONJean-Yves Prado, PLATINEO, France

14:10-14:20 IAC-22/E3/IP/70947ANALYSISOFPATENTFILINGDATAINTHESPACESECTOR:KEYFINDINGSANDLESSONSLEARNEDTomas Hrozensky, European Space Policy Institute (ESPI), Austria

14:20-14:30 IAC-22/E3/IP/73781SPACE,DEFENCEANDSECURITY:COOPERATIONBETWEENESAANDEUTOENHANCEEUROPE’SGEOPOLITICALROLEMaria Vittoria Prest, Italian Space Agency (ASI), Austria

14:30-14:40 IAC-22/E3/IP/72442EXPLORINGMEGAPROJECTGOVERNANCEWITHREGARDTOCOLLABORATIONTHROUGHTHECASEOFTHEINTERNATIONALSPACESTATIONGabor Tatar, Sweden

14:40-14:50 IAC-22/E3/IP/69071ISTHEREROOMTOREGULATETHESPACESECTORINBRAZIL?Lucia Helena Freitas, Brazilian Space Agency (AEB), Brazil

14:50-15:00 IAC-22/E3/IP/69578ACASEFORMARKET-BASEDEMISSIONCONTROLINTHESPACEINDUSTRYErin Richardson, University of Toronto, Canada

SCREEN#46

13:30-13:40 IAC-22/E3/IP/72352TURNINGANADMONITIONINTOASPIRATION:HOWASLAVERY-FREEMARSCANSECURETHESPACESECTOR’SROLEASAMAJORDRIVEROFSUSTAINABLEDEVELOPMENTJuliana Rinaldi-Semione, United Kingdom

13:40-13:50 IAC-22/E3/IP/73148CURRENTANDFUTUREAPPLICATIONSOFEARTHOBSERVATIONDATAINADMINISTRATIVE,CIVILANDCRIMINALPROCEEDINGSIvan Fino, Italian National Research Council (CNR), Italy

13:50-14:00 IAC-22/E3/IP/70313ECONOMICEFFICIENCYOFAMINIUPPERSTAGES:OPPORTUNITIES,APPROACHES,SOLUTIONSGeorgy Shcheglov, Bauman Moscow State Technical University, Russian Federation

14:00-14:10 IAC-22/E3/IP/70158ECONOMICALFEASIBILITYOFREUSABLELAUNCHVEHICLESFORTHELIMITED-MARKET-SIZEENTITIESSoon-Young Park, Korea Aerospace Research Institute (KARI), Korea, Republic of

14:10-14:20 IAC-22/E3/IP/68083TECHNOLOGICALINNOVATION,ECONOMICGROWTHANDSPACE2030AGENDA:ABRIEFREPORTBASEDONAPERSPECTIVEOFANEMERGINGCOUNTRYAluisio Camargo, Brazilian Space Agency (AEB), Brazil

14:20-14:30 IAC-22/E3/IP/67581STRATEGICINTELLIGENCEINCONDUCTINGTHEBRAZILIANSPACEPROGRAMAluisio Camargo, Brazilian Space Agency (AEB), Brazil

14:30-14:40 IAC-22/E3/IP/74296SPACEDIPLOMACY:BLUEECONOMYFORAGREENFUTUREI. Pessôa-Lopes, International Space Consultant, Portugal

14:40-14:50 IAC-22/E3/IP/72499QUOVADISSUBORBITALROCKETRY.THEDILEMMASANDREGULATORYALTERNATIVESFORTHEEMERGINGNATIONALSUBORBITALLAWSKatarzyna Malinowska, Kozminski University, Poland

14:50-15:00 IAC-22/E3/IP/67610ESTIMATINGCOPERNICUSHIGHPRIORITYCANDIDATEMISSIONSJOBSFOREUROPEElisabetta Lamboglia, European Space Agency (ESA-ESTEC), The Netherlands

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13:30-13:40 IAC-22/E3/IP/68243GLOBALSPACESTRATEGY–UNITINGTOWARDSACOMMONOBJECTIVENipuni Silva

13:40-13:50 IAC-22/E4/IP/67882THEITALIANASTRONAUTICALSECTORANDTHEA.I.R.,THEITALIANROCKETASSOCIATIONMario Marchetti, Associazione Italiana di Aeronautica e Astronautica (AIDAA), Italy

13:50-14:00 IAC-22/E4/IP/69588THELIVINGCONTRIBUTIONOFISLAMICSCIENCETOSPACEEXPLORATIONIlias Fernini, Sharjah Academy for Astronomy, Space Sciences and Technology (SAASST), United Arab Emirates

14:00-14:10 IAC-22/E4/IP/73041SPACEDIPLOMACYBETWEENRIVALS:LESSONSFORTHEUS-CHINASPACERELATIONSHIPRobert Lincoln Hines, Air University, United States

14:10-14:20 IAC-22/E5/IP/71562CELESTIALLYALIGNINGBERNALSPHERESamuel Ximenes, WEX Foundation, United States

14:20-14:30 IAC-22/E5/IP/71269ACROSSEDLOOKONSPACEARCHITECTUREOlivier Boisard, Consulting engineer OB-Conseil, and professor at Ecole Centrale de Lille, France

14:30-14:40 IAC-22/E5/IP/71672BHEDADIPIKA-EXPLORINGTHEART-SCIENCEDUALITYTHROUGHTHEMEDIUMOFSPACEPriyanka Das Rajkakati, ISAE - Institut Supérieur de l’Aéronautique et de l’Espace, France

14:40-14:50 IAC-22/B4/IP/69123HADES:ASMALLSATMISSIONTOCHARACTERIZERADIOFOREGROUNDSINTHELUNARENVIRONMENTGrace Genszler, United States

14:50-15:00 IAC-22/E5/IP/68389ROLEOFMIDDLEMANAGEMENTINTHEIMPLEMENTATIONOFEQUALITY,DIVERSITYANDINCLUSIONASABUSINESSCATALYSTFORTHEFUTUREAEROSPACEINDUSTRIALWORKFORCEAlice Pellegrino, QinetiQ Space nv, Belgium


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Nr . Session name Date Time Room

A1 IAF/IAASPACELIFESCIENCESSYMPOSIUMA1.1 Behaviour,PerformanceandPsychosocialIssuesinSpace Sun,18Sep, 15:15 W05

A1.2 HumanPhysiologyinSpace Mon,19Sep, 10:15 W05

A1.3 MedicalCareforHumansinSpace Mon,19Sep, 15:00 W05

A1.4 MedicineinSpaceandExtremeEnvironments Tue,20Sep, 15:00 W05

A1.5 RadiationFields,EffectsandRisksinHumanSpaceMissions Wed,21Sep, 10:15 W05

A1.6 AstrobiologyandExploration Wed,21Sep, 15:00 W05

A1.7 LifeSupport,habitatsandEVASystems Thu,22Sep, 10:15 W05

A1.8 BiologyinSpace Thu,22Sep, 13:45 W05

A2 IAFMICROGRAVITYSCIENCESANDPROCESSESSYMPOSIUMA2.1 GravityandFundamentalPhysics Sun,18Sep, 15:15 W04

A2.2 FluidandMaterialsSciences Tue,20Sep, 10:15 W04

A2.3 MicrogravityExperimentsfromSub-OrbitaltoOrbitalPlatforms Tue,20Sep, 15:00 W04

A2.4 ScienceResultsfromGroundBasedResearch Wed,21Sep, 10:15 W04

A2.5 FacilitiesandOperationsofMicrogravityExperiments Wed,21Sep, 15:00 W04

A2.6 MicrogravitySciencesonboardISSandbeyond Thu,22Sep, 10:15 W04

A2.7 LifeandPhysicalSciencesunderreducedGravity Thu,22Sep, 13:45 W04

A3 IAFSPACEEXPLORATIONSYMPOSIUMA3.1 SpaceExplorationOverview Sun,18Sep, 15:15 N04

A3.2A MoonExploration–Part1 Mon,19Sep, 10:15 N04

A3.2B MoonExploration–Part2 Mon,19Sep, 15:00 N04

A3.2C MoonExploration–Part3 Thu,22Sep, 10:15 N04

A3.3A MarsExploration–missionscurrentandfuture Tue,20Sep, 10:15 N04

A3.3B MarsExploration–Science,InstrumentsandTechnologies Tue,20Sep, 15:00 N04

A3.4A SmallBodiesMissionsandTechnologies(Part1) Wed,21Sep, 10:15 N04

A3.4B SmallBodiesMissionsandTechnologies(Part2) Thu,22Sep, 13:45 N04

A3.5 SolarSystemExplorationincludingOceanWorlds Wed,21Sep, 15:00 N04

A4 51stIAASYMPOSIUMONTHESEARCHFOREXTRATERRESTRIALINTELLIGENCE(SETI)–TheNextStepsA4.1 SETI1:SETIScienceandTechnology Mon,19Sep, 10:15 W04

A4.2 SETI2:SETIandSociety Mon,19Sep, 15:00 W04

A5 25thIAASYMPOSIUMONHUMANEXPLORATIONOFTHESOLARSYSTEMA5.1 HumanExplorationoftheMoonandCislunarSpace Tue,20Sep, 10:15 W03

A5.2 HumanExplorationofMars Tue,20Sep, 15:00 W03

A5.3-B3.6 HumanandRoboticPartnershipsinExploration-JointsessionoftheIAFHumanSpaceflightandIAFExplorationSymposia

Wed,21Sep, 10:15 S03

A5.4-D2.8 SpaceTransportationSolutionsforDeepSpaceMissions Thu,22Sep, 10:15 S06


A6 20thIAASYMPOSIUMONSPACEDEBRISA6.1 SpaceDebrisDetection,TrackingandCharacterization-SST Thu,22Sep, 13:45 S04

A6.2 ModelingandRiskAnalysis Tue,20Sep, 15:00 S04

A6.3 Impact-InducedMissionEffectsandRiskAssessments Tue,20Sep, 10:15 S04

A6.4 Mitigation-Tools,TechniquesandChallenges-SEM Mon,19Sep, 15:00 S04

A6.5 PostMissionDisposalandSpaceDebrisRemoval1-SEM Wed,21Sep, 10:15 S04

A6.6 PostMissionDisposalandSpaceDebrisRemoval2-SEM Wed,21Sep, 15:00 S04

A6.7 OperationsinSpaceDebrisEnvironment,SituationalAwareness-SSA Sun,18Sep, 15:15 S04

A6.8-E9.1 Political,Legal,InstitutionalandEconomicAspectsofSpaceDebrisMitigationandRemoval-STMSecurity

Thu,22Sep, 10:15 S04

A6.9 OrbitDeterminationandPropagation-SST Mon,19Sep, 10:15 S04

A6.10-E10.2 JointTechnicalSession:“Near-EarthObjects&SpaceDebris” Thu,22Sep, 13:45 S03

A7 IAFSYMPOSIUMONONGOINGANDNEARFUTURESPACEASTRONOMYANDSOLAR-SYSTEMSCIENCEMISSIONS

A7.1 SpaceAstronomymissions,strategiesandplans Wed,21Sep, 10:15 E04B

A7.2 ScienceGoalsandDriversforFutureExoplanet,SpaceAstronomyandSpacePhysics

Thu,22Sep, 10:15 E04B

A7.3 TechnologyNeedsforFutureMissions,Systems,andInstruments Thu,22Sep, 13:45 731/732

B1 IAFEARTHOBSERVATIONSYMPOSIUMB1.1 InternationalCooperationinEarthObservationMissions Sun,18Sep, 15:15 W02

B1.2 FutureEarthObservationSystems Tue,20Sep, 10:15 W02

B1.3 EarthObservationSensorsandTechnology Tue,20Sep, 15:00 W02

B1.4 EarthObservationDataSystemDevelopmentandManagement Wed,21Sep, 10:15 W02

B1.5 EarthObservationApplications,SocietalChallengesandEconomicBenefits Wed,21Sep, 15:00 W02

B1.6 MitigatingtheClimateCrisisfromSpace Thu,22Sep, 10:15 W02

B2 IAFSPACECOMMUNICATIONSANDNAVIGATIONSYMPOSIUMB2.1 AdvancesinSpace-basedNavigationTechnologies Mon,19Sep, 10:15 731/732

B2.2 AdvancesinSpace-basedCommunicationSystemsandServices,Part1 Mon,19Sep, 15:00 731/732

B2.3 AdvancesinSpace-basedCommunicationSystemsandServices,Part2 Tue,20Sep, 10:15 731/732

B2.4 AdvancesinSpace-basedCommunicationSystemsandServices,Part3 Tue,20Sep, 15:00 731/732

B2.5 AdvancesinSpace-basedCommunicationTechnologies,Part1 Wed,21Sep, 10:15 731/732

B2.6 AdvancesinSpace-basedCommunicationTechnologies,Part2 Wed,21Sep, 15:00 731/732

B2.7 AdvancesinSpace-basedNavigationSystems,Services,andApplications Thu,22Sep, 10:15 731/732

B2.8-GTS.3 SpaceCommunicationsandNavigationGlobalTechnicalSession Sun,18Sep, 15:15 W07

B3 IAFHUMANSPACEFLIGHTSYMPOSIUMB3.1 GovernmentalHumanSpaceflightProgrammes(Overview) Sun,18Sep, 15:15 S03

B3.2 CommercialHumanSpaceflightProgrammes Mon,19Sep, 10:15 S03

B3.3 Utilization&ExploitationofHumanSpaceflightSystems Mon,19Sep, 15:00 S03

B3.4-B6.4 Flight&GroundOperationsaspectsofHumanSpaceflight-JointSessionoftheIAFHumanSpaceflightandIAFSpaceOperationsSymposia

Tue,20Sep, 10:15 S03

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B3.5 AstronautTraining,Accommodation,andOperationsinSpace Tue,20Sep, 15:00 S03

B3.6-A5.3 HumanandRoboticPartnershipsinExploration-JointsessionoftheIAFHumanSpaceflightandIAFExplorationSymposia

Wed,21Sep, 10:15 S03

B3.7 AdvancedSystems,Technologies,andInnovationsforHumanSpaceflight Wed,21Sep, 15:00 S03

B3.8 HumanSpace&Exploration Thu,22Sep, 10:15 S03

B3.9-GTS.2 HumanSpaceflightGlobalTechnicalSession Thu,22Sep, 13:45 W07

B4 29thIAASYMPOSIUMONSMALLSATELLITEMISSIONSB4.1 23rdWorkshoponSmallSatelliteProgrammesattheServiceofDeveloping

CountriesMon,19Sep, 10:15 S02

B4.2 SmallSpaceScienceMissions Sun,18Sep, 15:15 S02

B4.3 SmallSatelliteOperations Mon,19Sep, 15:00 S02

B4.4 SmallEarthObservationMissions Tue,20Sep, 10:15 S02

B4.5 AccesstoSpaceforSmallSatelliteMissions Tue,20Sep, 15:00 S02

B4.5A-C4.8 JointSessionbetweenIAAandIAFforSmallSatellitePropulsionSystems Wed,21Sep, 15:00 W08

B4.6A GenericTechnologiesforSmall/MicroPlatforms Thu,22Sep, 13:45 S02

B4.6B GenericTechnologiesforNano/PicoPlatforms Wed,21Sep, 10:15 S02

B4.7 ConstellationsandDistributedSystems Wed,21Sep, 15:00 S02

B4.8 SmallSpacecraftforDeep-SpaceExploration Thu,22Sep, 10:15 S02

B4.9-GTS.5 SmallSatelliteMissionsGlobalTechnicalSession Wed,21Sep, 15:00 W07

B5 IAFSYMPOSIUMONINTEGRATEDAPPLICATIONSB5.1 ToolsandTechnologyinSupportofIntegratedApplications Sun,18Sep, 15:15 731/732

B5.2 IntegratedApplicationsEnd-to-EndSolutions Tue,20Sep, 15:00 E03A

B5.3 SatelliteCommercialApplications Wed,21Sep, 10:15 E03A

B6 IAFSPACEOPERATIONSSYMPOSIUMB6.1 GroundOperations-SystemsandSolutions Wed,21Sep, 15:00 E03A

B6.2 InnovativeSpaceOperationsConceptsandAdvancedSystems Thu,22Sep, 10:15 E03A

B6.3 MissionOperations,Validation,SimulationandTraining Mon,19Sep, 15:00 E03A

B6.4-B3.4 Flight&GroundOperationsofHSFSystems-AJointSessionoftheIAFHumanSpaceflightandIAFSpaceOperationsSymposia

Tue,20Sep, 10:15 S03

B6.5 LargeConstellations&FleetOperations Thu,22Sep, 13:45 E03A

C1 IAFASTRODYNAMICSSYMPOSIUMC1 .1 AttitudeDynamics(1) Sun,18Sep, 15:15 S05

C1 .2 AttitudeDynamics(2) Mon,19Sep, 10:15 S05

C1 .3 Guidance,NavigationandControl(1) Mon,19Sep, 15:00 S05

C1 .4 Guidance,NavigationandControl(2) Tue,20Sep, 10:15 S05

C1 .5 Guidance,Navigation&Control(3) Tue,20Sep, 15:00 S05

C1 .6 MissionDesign,Operations&Optimization(1) Wed,21Sep, 10:15 S05

C1 .7 MissionDesign,Operations&Optimization(2) Wed,21Sep, 15:00 S05

C1 .8 OrbitalDynamics(1) Thu,22Sep, 10:15 S05

C1 .9 OrbitalDynamics(2) Thu,22Sep, 13:45 S05


C2 IAFMATERIALSANDSTRUCTURESSYMPOSIUMC2 .1 SpaceStructuresI-DevelopmentandVerification(SpaceVehiclesand

Components)Sun,18Sep, 15:15 W06

C2 .2 SpaceStructuresII-DevelopmentandVerification(DeployableandDimensionallyStableStructures)

Mon,19Sep, 10:15 W06

C2 .3 SpaceStructures-DynamicsandMicrodynamics Mon,19Sep, 15:00 W06

C2 .4 AdvancedMaterialsandStructuresforHighTemperatureApplications Tue,20Sep, 10:15 W06

C2 .5 AdvancementsinMaterialsApplicationsandRapidPrototyping Tue,20Sep, 15:00 W06

C2 .6 SpaceEnvironmentalEffectsandSpacecraftProtection Wed,21Sep, 10:15 W06

C2 .7 SpaceVehicles–Mechanical/Robotic/Thermal/FluidicSystems Wed,21Sep, 15:00 W06

C2 .8 SpecializedTechnologies,IncludingNanotechnology Thu,22Sep, 10:15 W06

C2 .9 SmartMaterialsandAdaptiveStructures Thu,22Sep, 13:45 W06

C3 IAFSPACEPOWERSYMPOSIUMC3 .1 SolarPowerSatellite Mon,19Sep, 10:15 W02

C3 .2 WirelessPowerTransmissionTechnologiesandApplication Mon,19Sep, 15:00 W02

C3 .3 AdvancedSpacePowerTechnologies Wed,21Sep, 10:15 W07

C3 .4 SpacePowerSystemforAmbitiousMissions Thu,22Sep, 13:45 W02

C3 .5-C4 .10 JointSessiononAdvancedandNuclearPowerandPropulsionSystems Thu,22Sep, 13:45 W08

C4 IAFSPACEPROPULSIONSYMPOSIUMC4 .1 LiquidPropulsion(1) Sun,18Sep, 15:15 W08

C4 .2 LiquidPropulsion(2) Tue,20Sep, 10:15 W08

C4 .3 SolidandHybridPropulsion(1) Mon,19Sep, 10:15 W08

C4 .4 SolidandHybridPropulsion(2) Tue,20Sep, 10:15 W05

C4 .5 ElectricPropulsion(1) Mon,19Sep, 15:00 W08

C4 .6 ElectricPropulsion(2) Tue,20Sep, 15:00 W08

C4 .7 HypersonicAir-breathingandCombinedCyclePropulsion,andHypersonicVehicle

Wed,21Sep, 10:15 W08

C4.8-B4.5A JointSessionbetweenIAAandIAFforSmallSatellitePropulsionSystems Wed,21Sep, 15:00 W08

C4 .9 NewMissionsEnabledbyNewPropulsionTechnologyandSystems Thu,22Sep, 10:15 W08

C4 .10-C3 .5 JointSessiononAdvancedandNuclearPowerandPropulsionSystems Thu,22Sep, 13:45 W08

D1 IAFSPACESYSTEMSSYMPOSIUMD1.1 InnovativeandVisionarySpaceSystems Sun,18Sep, 15:15 W03

D1.2 SpaceSystemsArchitectures Mon,19Sep, 10:15 W03

D1.3 TechnologiestoEnableSpaceSystems Mon,19Sep, 15:00 W03

D1.4A SpaceSystemsEngineering-Methods,ProcessesandTools(1) Wed,21Sep, 10:15 W03

D1.4B SpaceSystemsEngineering-Methods,ProcessesandTools(2) Wed,21Sep, 15:00 W03

D1.5 LessonsLearnedinSpaceSystems:Achievements,Challenges,BestPractices,Standards.

Thu,22Sep, 10:15 W03

D1.6 CooperativeandRoboticSpaceSystems Thu,22Sep, 13:45 W03

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D2 IAFSPACETRANSPORTATIONSOLUTIONSANDINNOVATIONSSYMPOSIUMD2.1 LaunchVehiclesinServiceorinDevelopment Sun,18Sep, 15:15 S06

D2.2 LaunchServices,Missions,Operations,andFacilities Mon,19Sep, 15:00 S06

D2.3 UpperStages,SpaceTransfer,Entry&LandingSystems Mon,19Sep, 10:15 S06

D2.4 FutureSpaceTransportationSystems Tue,20Sep, 10:15 S06

D2.5 TechnologiesforFutureSpaceTransportationSystems Tue,20Sep, 15:00 S06

D2.6 FutureSpaceTransportationSystemsVerificationandIn-FlightExperimentation Wed,21Sep, 10:15 S06

D2.7 SmallLaunchers:ConceptsandOperations Wed,21Sep, 15:00 S06

D2.8-A5.4 SpaceTransportationSolutionsforDeepSpaceMissions Thu,22Sep, 10:15 S06

D2.9-D6.2 EmergingSpaceVentures,includingSpaceLogisticsandSpaceSafetyforSustainability

Thu,22Sep, 13:45 S06

D3 20thIAASYMPOSIUMONBUILDINGBLOCKSFORFUTURESPACEEXPLORATIONANDDEVELOPMENTD3.1 Strategies&ArchitecturesastheFrameworkforFutureBuildingBlocksinSpace

ExplorationandDevelopmentTue,20Sep, 10:15 E06B

D3.2A SystemsandInfrastructurestoImplementSustainableSpaceDevelopmentandSettlement-Systems

Tue,20Sep, 15:00 E06B

D3.2B SystemsandInfrastructurestoImplementSustainableSpaceDevelopmentandSettlement-Technologies

Thu,22Sep, 10:15 E06B

D3.3 SpaceTechnologyandSystemManagementPracticesandTools Thu,22Sep, 13:45 E06B

D4 20thIAASYMPOSIUMONVISIONSANDSTRATEGIESFORTHEFUTURED4.1 InnovativeConceptsandTechnologies Sun,18Sep, 15:15 E06B

D4.2 ContributionofMoonVillagetoSolvingGlobalSocietalIssues Mon,19Sep, 10:15 E06B

D4.3 ModernDaySpaceElevatorsEnteringDevelopment Mon,19Sep, 15:00 E06B

D4.4 StrategiesforRapidImplementationofInterstellarMissions:PrecursorsandBeyond

Wed,21Sep, 10:15 E06B

D4.5 SpaceResources,theEnableroftheEarth-MoonEconosphere Wed,21Sep, 15:00 E06B

D5 55thIAASYMPOSIUMONSAFETY,QUALITYANDKNOWLEDGEMANAGEMENTINSPACEACTIVITIESD5.1 QualityandSafety,achallengeforallinSpace Mon,19Sep, 10:15 W01

D5.2 Knowledgemanagementinthedigitaltrasformation Tue,20Sep, 10:15 W01

D5.3 Prediction,Testing,MeasurementandEffectsofspaceenvironmentonspacemissions

Wed,21Sep, 10:15 W01

D5.4 Cybersecurityinspacesystems,risksandcountermeasures Thu,22Sep, 10:15 W07

D6 IAFSYMPOSIUMONCOMMERCIALSPACEFLIGHTSAFETYISSUESD6.1 CommercialSpaceflightSafetyandEmergingIssues Mon,19Sep, 10:15 W07

D6.2-D2.9 EmergingSpaceVentures,includingSpaceLogisticsandSpaceSafetyforSustainability

Thu,22Sep, 13:45 S06

D6.3 Enablingsafecommercialspaceflight:vehiclesandspaceports Tue,20Sep, 10:15 W07


E1 IAFSPACEEDUCATIONANDOUTREACHSYMPOSIUME1.1 Ignition-PrimarySpaceEducation Sun,18Sep, 15:15 E08B

E1.2 LiftOff-SecondarySpaceEducation Mon,19Sep, 10:15 E08B

E1.3 OnTrack-UndergraduateSpaceEducation Mon,19Sep, 15:00 E08B

E1.4 InOrbit-PostgraduateSpaceEducation Tue,20Sep, 10:15 E08B

E1.5 EnablingtheFuture-DevelopingtheSpaceWorkforce Tue,20Sep, 15:00 E08B

E1.6 CallingPlanetEarth-SpaceOutreachtotheGeneralPublic Wed,21Sep, 10:15 E08B

E1.7 NewWorlds-Non-TraditionalSpaceEducationandOutreach Wed,21Sep, 15:00 E08B

E1.8 Hands-onSpaceEducationandOutreach Thu,22Sep, 10:15 InternationalStudentZone

E1.9 SpaceCulture–PublicEngagementinSpacethroughCulture Thu,22Sep, 13:45 E08B

E2 50thSTUDENTCONFERENCEE2.1 StudentConference-Part1 Sun,18Sep, 15:15 E03A

E2.2 StudentConference-Part2 Mon,19Sep, 10:15 E03A

E2.3-GTS.4 StudentTeamCompetition Mon,19Sep, 15:00 W07

E2.4 EducationalPicoandNanoSatellites Tue,20Sep, 10:15 E03A

E3 35thIAASYMPOSIUMONSPACEPOLICY,REGULATIONSANDECONOMICSE3.1 Internationalcooperationinusingspaceforsustainabledevelopment:The

“Space2030”agendaMon,19Sep, 10:15 E04B

E3.2 Thefutureofspaceexplorationandinnovation Mon,19Sep, 15:00 E04B

E3.3 Economicanalysisofbothactualandpotentialfuturebenefitsfromspaceactivi-tiesandapplicationstonationsandpeoples.

Tue,20Sep, 10:15 E04B

E3.4 AssuringaSafe,SecureandSustainableEnvironmentforSpaceActivities Tue,20Sep, 15:00 E04B

E3.5-E7.6 36thIAA/IISLScientificLegalRoundtable:“AutonomousIntelligentSystemsinSpace:OperationalandLegalChallenges”.

Wed,21Sep, 10:15 S01

E3.6 FinancialViabilityandSuppliermonitoringintimesofeconomicvulnerability Wed,21Sep, 15:00 E04B

E4 56thIAAHISTORYOFASTRONAUTICSSYMPOSIUME4.1 Memoirs&OrganisationalHistories Tue,20Sep, 15:00 733/734

E4.2 ScientificandTechnicalHistories Wed,21Sep, 10:15 733/734

E4.3 HistoryofFrenchContributiontoAstronautics Thu,22Sep, 10:15 733/734

E5 33rdIAASYMPOSIUMONSPACEANDSOCIETYE5.1 SpaceArchitecture:Habitats,Habitability,andBases Sun,18Sep, 15:15 W01

E5.2 IsSpaceR&DTrulyFosteringABetterWorldForOurFuture? Mon,19Sep, 15:00 W01

E5.3 ContemporaryArtsPracticeandOuterSpace:AMulti-DisciplinaryApproach Tue,20Sep, 15:00 W01

E5.4 SpaceAssetsandDisasterManagement Wed,21Sep, 15:00 W01

E5.5 Sharingspaceachievementsandheritage:spacemuseumsandsocieties Thu,22Sep, 10:15 W01

E5.6 SimulatingSpaceHabitation:Habitats,DesignandSimulationMissions Thu,22Sep, 13:45 W01

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E6 IAFBUSINESSINNOVATIONSYMPOSIUME6.1 EntrepreneurshipandInnovation:ThePractitioners’Perspectives Wed,21Sep, 15:00 733/734

E6.2 FinanceandInvestment:ThePractitioners’Perspectives Tue,20Sep, 10:15 733/734

E6.3 Innovation:TheAcademics’Perspectives Mon,19Sep, 15:00 733/734

E6.4 StrategicRiskManagementforSuccessfulSpace&DefenceProgrammes Mon,19Sep, 10:15 733/734

E6.5-GTS.1 EntrepreneurshipAroundtheWorld Tue,20Sep, 15:00 W07

E7 IISLCOLLOQUIUMONTHELAWOFOUTERSPACEE7.1 IISLHighlightlectureandYoungScholarsession Sun,18Sep, 15:15 S01

E7.2 DisputeSettlement Mon,19Sep, 10:15 S01

E7.3 BalancingNeeds:ProtectionofSpaceScience Mon,19Sep, 15:00 S01

E7.4 SpaceSustainability Tue,20Sep, 10:15 S01

E7.5 SafetyZonesonCelestialBodiesandinOuterSpace Thu,22Sep, 10:15 S01

E7.6-E3.5 36thIAA/IISLJointRoundtable:AutonomousIntelligentSystemsinspace:OperationalandLegalChallenges

Wed,21Sep, 10:15 S01

E7.7 CurrentDevelopmentsinSpaceLawwithSpecialEmphasisonNationalSpaceLegislation

Thu,22Sep, 13:45 S01

E8 IAAMULTILINGUALASTRONAUTICALTERMINOLOGYSYMPO-SIUM

E8.1 MultilingualAstronauticalTerminology Thu,22Sep, 13:45 E04B

E9 IAFSYMPOSIUMONSECURITY,STABILITYANDSUSTAINABILITYOFSPACEACTIVITIESE9.1-A6.8 Political,Legal,InstitutionalandEconomicAspectsofSpaceDebrisMitigation

andRemoval-STMSecurityThu,22Sep, 10:15 S04

E9.2 Cyber-basedsecuritythreatstospacemissions:establishingthelegal,institu-tionalandcollaborativeframeworktocounteractthem

Sun,18Sep, 15:15 E04B

E10 IAFSYMPOSIUMONPLANETARYDEFENSEANDNEAR-EARTHOBJECTSE10.1 PlanetaryDefensefromAsteroidsandComets Wed,21Sep, 15:00 S01

E10.2-A6.10 JointTechnicalSession:“Near-EarthObjects&SpaceDebris” Thu,22Sep, 13:45 S03

GTS GLOBALTECHNICALSYMPOSIUMGTS.1-E6.5 EntrepreneurshipAroundtheWorld Tue,20Sep, 15:00 W07

GTS.2-B3.9 HumanSpaceflightGlobalTechnicalSession Thu,22Sep, 13:45 W07

GTS.3-B2.8 SpaceCommunicationsandNavigationGlobalTechnicalSession Sun,18Sep, 15:15 W07

GTS.4-E2.3 StudentTeamCompetition Mon,19Sep, 15:00 W07

GTS.5-B4.9 SmallSatelliteMissionsGlobalTechnicalSession Wed,21Sep, 15:00 W07

7 TechnicalPapersbySymposiumTechnicalPapersasofSeptember2022.PleasechecktheIAFApptogetthelatestupdatesontheTechnicalPapers.

A1.IAF/IAASPACELIFESCIENCESSYMPOSIUM

Coordinator(s):PeterGraef,DeutschesZentrumfürLuft-undRaumfahrte.V.(DLR),Germany;OlegOrlov,InstituteofBiomedicalProblems(IBMP),RussianAcademyofSciences(RAS),RussianFederation;

A1.1.Behaviour,PerformanceandPsychosocialIssuesinSpace

September 18 2022, 15:15 — W05Co-Chair(s):NickKanas,UniversityofCalifornia,SanFrancisco(UCSF),UnitedStates;GroM.Sandal,UniversityofBergen,Norway;Rapporteur(s):VadimGushin,InstituteofBiomedicalProblems(IBMP),RussianAcademyofSciences(RAS),RussianFederation;

IAC-22.A1.1.1ATALEOFTHREETEAMS:EFFECTOFLONG-TERMISOLATIONINSIRIUS-21ONCREWINTERPERSONALNETWORKSAlina Lungeanu, Northwestern University, United States

IAC-22.A1.1.2THINKLIKEATEAM:SHAREDMENTALMODELSPREDICTCREATIVITYANDPROBLEM-SOLVINGINHERAANDSIRIUS‘19Leslie DeChurch, Northwestern University, United States

IAC-22.A1.1.3ISOLATIONSTANDARDMEASURES:ASETOFVALIDATEDANDFEASIBLEMEASUREMENTSENSURINGCOMPARABILITYACROSSISOLATIONANDCONFINEMENTSTUDIESVan Ombergen Angelique, ESA - European Space Agency, The Netherlands

IAC-22.A1.1.4PERSONALVALUESBEFOREANDAFTERLONG-DURATIONSPACEFLIGHTPeter Suedfeld, University of British Columbia, Canada

IAC-22.A1.1.5ASTRONAUTSGIVINGANDRECEIVINGFAMILYSUPPORTINLONG-DURATIONSPACEMISSIONSPhyllis Johnson, University of British Columbia, Canada

IAC-22.A1.1.6OPERATIONALKINDNESSANDOPERATIONALWIT:PSYCHOSOCIALLYSUPPORTIVEASPECTSOFOPERATIONALSPACE-TO-GROUNDCOMMUNICATIONDennis Jim Frederiksen, Aalborg University, Denmark

IAC-22.A1.1.7PSYCHOLOGICALSUPPORTUNDERISOLATIONANDCROWDINGIvan Rozanov, Institute of Biomedical Problems (IBMP), Russian Academy of Sciences (RAS), Russian Federation

IAC-22.A1.1.8STRUCTUREANDDYNAMICSOFRELATIONSHIPSBETWEENCREWMEMBERSINANALOGUESTUDIESCONSIDERINGTHECONTEXTOFISOLATIONLENGTHANDTHEENVIRONMENTPavla Tefelnerova, Czech Republic

IAC-22.A1.1.9ASTRONAUTSCOULDBEMORECREATIVEONTHEMOON.RESULTSOFANEMPIRICALSTUDYWITHANALOGUEASTRONAUTSONTHEARTIFICIALMOONBASE‘LUNARES’Henderika (Herie) de Vries, Luxembourg

A1.2.HumanPhysiologyinSpace

September 19 2022, 10:15 — W05Co-Chair(s):ElenaFomina,StateScientificCenterofRussianFederation,InstituteofBiomedicalProblems,RussianAcademyofSciences,RussianFederation;JensJordan,InstituteofAerospaceMedicine(DLR),Germany;Rapporteur(s):AlainMaillet,MEDES-IMPS,France;Hanns-ChristianGunga,CharitéUniversitätsmedizinBerlin,Germany;

IAC-22.A1.2.1CHANGESINAEROBICFITNESSANDMUSCLEBLOODFLOWRELATIONSHIPSTOEXERCISECOUNTERMEASURESONISSRichard Hughson, University of Waterloo, Canada

IAC-22.A1.2.2PREDICTINGOFTHESUCCESSOFEXTRAVEHICULARACTIVITIESONTHESURFACEOFTHEMOONORMARSElena Fomina, State Scientific Center of Russian Federation, Institute of Biomedical Problems, Russian Academy of Sciences, Russian Federation

IAC-22.A1.2.3BRAINWHITEMATTERMICROSTRUCTURALCHANGESAFTERLONG-DURATIONSPACEFLIGHTASREVEALEDBYADVANCEDDIFFUSIONMRITECHNIQUES–THEREWIREDBRAINOFSPACECREW.Andrei Doroshin, Drexel University, United States

IAC-22.A1.2.4TECHNOLOGYDEMONSTRATIONOFELECTROMYOSTIMULATIONASSISTEDISSINFLIGHTEXERCISESUSINGTHEEASYMOTIONSYSTEMMarco Berg, OHB System, Germany

IAC-22.A1.2.5THEVIVALDISTUDY:ANINTEGRATIVESTUDYOFPHYSIOLOGICALCHANGESINDUCEDBYA5-DAYDRYIMMERSIONON20HEALTHYFEMALEVOLUNTEERSBAREILLE Marie-Pierre, Institute for Space Medicine and Physiology/MEDES, France

IAC-22.A1.2.6PECULIARITIESOFCELL-TO-CELLINTERACTIONBETWEENMSCSANDADAPTIVEANDNATURALIMMUNITYCELLSUNDER“DRY”IMMERSIONAleksandra Gornostaeva, Institute of Biomedical Problems (IBMP), Russian Academy of Sciences (RAS), Russian Federation

IAC-22.A1.2.7(non-confirmed)ASSESSMENTOFARTERIALWALLSTRUCTUREUSINGULTRASOUNDRADIOFREQUENCYPROCESSING.COMPARINGDRYIMMERSIONANDSPACEFLIGHT.Philippe ARBEILLE, France

IAC-22.A1.2.8THEEFFECTOFDISUSEONMITOCHONDRIALRESPIRATIONRATEINHUMANM.SOLEUSEvgeniia Motanova, Institute of Biomedical Problems (IBMP), Russian Academy of Sciences (RAS), Russian Federation

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IAC-22.A1.2.9EFFECTSOFCOUNTERMEASURE-EXERCISEONCARDIORESPIRATORYFITNESSANDINHIBITORYCONTROLDURING120AND240DAYSOFSPACEFLIGHTSIMULATION–RESULTSFROMTWOSIRIUSCAMPAIGNSFabian Möller, German Sports University Cologne, Germany

IAC-22.A1.2.10REPRODUCTIONINSPACE:ISHUMANSPERMALTEREDBYMICROGRAVITY?Antoni Perez-Poch, Institut d’Estudis Espacials de Catalunya (IEEC), Spain

IAC-22.A1.2.11SURVEYONSTUDIESINVESTIGATINGTHEEFFECTOFSIMULATEDMICROGRAVITYONTHEMUSCULOSKELETALSYSTEMJulia Habenicht, University Duisburg-Essen, Germany

IAC-22.A1.2.12MANUALDEXTERITYWHILEWEARINGGLOVESDESIGNEDTOIMPROVEHEATTRANSFERElisabeth Dichaira, The University of Louisville, United States

IAC-22.A1.2.13TRANSCRANIALPHOTOBIOMODULATIONMODULATESMETABOLISMINTHEHUMANBRAINASMEASUREDBYPHOSPHORUSMAGNETICRESONANCESPECTROSCOPYKevin Walsh, The City College of New York, United States

A1.3.MedicalCareforHumansinSpace

September 19 2022, 15:00 — W05Co-Chair(s):SatoshiIwase,AichiMedicalUniversity,Japan;OlegOrlov,InstituteofBiomedicalProblems(IBMP),RussianAcademyofSciences(RAS),RussianFederation;Rapporteur(s):HasanBirolCotuk,Turkey;

IAC-22.A1.3.1ACOMPACTPULSEDNEAR-INFRAREDLIGHTPROBEFORNON-INVASIVEIMAGINGOFTHESPACESBETWEENTHESKULLANDTHEBRAINTOIMPROVETHEDIAGNOSISOFBRAININJURIESDURINGSPACEFLIGHTRoxanne Fournier, University of British Columbia, Canada

IAC-22.A1.3.2ECHOFINDER:ANAUTONOMOUSULTRASOUNDACQUISITIONPROTOCOLFORHUMANSPACEFLIGHTAPPLICATIONAristée Thevenon, MEDES - IMPS, France

IAC-22.A1.3.3HOLOTRIAGE:ANOVELMEDICALFIRSTRESPONSETRAININGFORASTRONAUTSINTEGRATINGARTIFICIALINTELLIGENCE,DIGITALTWINS,AVATARS,HAPTICS,ANDMIXEDREALITYSPATIALCOMPUTINGTECHNOLOGIESSusan Ip-Jewell, United States

IAC-22.A1.3.4BIOPRINTFIRSTAID:AHANDHELDBIOPRINTERFORFIRSTAIDUTILIZATIONONSPACEEXPLORATIONMISSIONSNathanael Warth, OHB System AG-Bremen, Germany

IAC-22.A1.3.5ENABLINGHUMANSPACEFLIGHTEXPLORATIONMISSIONSTHROUGHPROGRESSIVELYEARTHINDEPENDENTMEDICALOPERATIONSDana Levin, Center for Space Medicine, Baylor College of Medicine, United States

IAC-22.A1.3.6EXTRATERRESTRIALSILICATESAREHEMOSTATICANDMANAGEBLEEDINGINASWINEMODELOFLIVERLACERATION:HEMORRHAGECONTROLMATERIALSFORLONG-TERMSPACEMISSIONSNabil Ali-Mohamad, University of British Columbia, Canada

IAC-22.A1.3.7STATELIABILITYANDRESPONSIBILITYFORMEDICALTREATMENTAND/ORCAREFORINJURYTOORILLNESSOFSPACETOURISTSORSUBORBITALFLIGHTPASSENGERSGeorge Anthony Long, United States

IAC-22.A1.3.8OPTICNERVESHEATHFENESTRATIONANDITSPOTENTIALPROPHYLACTICAPPLICATIONFORSPACEFLIGHT-ASSOCIATEDNEURO-OCULARSYNDROMEMark Rosenberg, Medical University of South Carolina, United States

IAC-22.A1.3.9TOWARDSSEMI-AUTOMATEDPLEURALCAVITYACCESSFORPNEUMOTHORAXINAUSTEREENVIRONMENTSRachael L’Orsa, University of Calgary, Canada

IAC-22.A1.3.10ENHANCINGULTRASOUNDWITHELECTRICALIMPEDANCETOMOGRAPHYFORDEEPSPACEMEDICALIMAGINGKendall Farnham, Dartmouth College, United States

IAC-22.A1.3.11ROLEOFINDIANTRADITIONALMEDICINE:SIDDHAINSPACEMEDICINEKathiravan Thangavel, Royal Melbourne Institute of Technology (RMIT), Australia

IAC-22.A1.3.12INNOVATIONINSPACEMEDICALTECHNOLOGYIlaria Cinelli, AIKO S.r.l., Italy

IAC-22.A1.3.13REVIEWOFMENSTRUALBLOOD-DERIVEDCELLTHERAPYTOSUPPORTASTRONAUTSINLONG-TERMSPACEMISSIONS.Marion Dugué, TU Delft, The Netherlands

IAC-22.A1.3.14LABINSPACE:POINTOFCARETESTINGFORASTRONAUTSSaswati Das, International Space University (ISU), India

IAC-22.A1.3.15INCREASEDEFFECTIVENESSINCARDIOPULMONARYRESUSCITATIONTHROUGHTHEDEVELOPMENTOFCPRAD,ANOVELCPRASSISTANCEDEVICERym Chaid, Concordia University, Canada

IAC-22.A1.3.16MEDICALETHICSOFLONGDURATIONSPACEFLIGHTSIDDHARTH RAJPUT, International Space University (ISU)/University of South Australia, Australia

IAC-22.A1.3.17DEVELOPMENTOFATERIPPERFORINTRA-SPACECRAFTTRANSPORTATIONTaichi Yamazaki, ASTRAX, Inc., Japan

A1.4.MedicineinSpaceandExtremeEnvironments

September 20 2022, 15:00 — W05Co-Chair(s):OlegOrlov,InstituteofBiomedicalProblems(IBMP),RussianAcademyofSciences(RAS),RussianFederation;Hanns-ChristianGunga,CharitéUniversitätsmedizinBerlin,Germany;Rapporteur(s):JeffreyR.Davis,Exploring4Solutions,UnitedStates;AlexanderChoukér,UniversityofMunich,Germany;

IAC-22.A1.4.1ATECHNOLOGYDEMONSTRATIONFORASTRONAUTEYEMONITORING:PRELIMINARYRESULTSFROMGROUNDANALOGSANDTHEINTERNATIONALSPACESTATION(ISS)Scott Ritter, Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany

IAC-22.A1.4.2CEREBRALORGANOIDSASATOOLTOSTUDYNEURODEGENERATIVEDISEASESINMICROGRAVITYKrishna Bulchandani, India

IAC-22.A1.4.3THEMEDINAUTSYSTEM:ATELEROBOTIC,TELE-PRESENCEFLYINGTELESURGICALPHYSICIANDRON-ROVEROFERINGREALTIME,REMOTERELIEFANDMEDICALCOAREFORAUSTEREISLOATEDENVIRONMENTSONEARTHANDASTRONAUTSONAPLANETARYSURFACEEmmy Helen Jewell, Mars Academy USA, United States

IAC-22.A1.4.4ANALYSISOFSHORT-TERMHEARTRATEVARIABILITYDURINGTRAININGADAPTATIONTOMARS-ANALOGENVIRONMENTAcatzin Benítez Salgado, Universidad Autónoma del Estado de México (UAEMéx), Mexico

IAC-22.A1.4.5(non-confirmed)OCCUPATIONALEXPOSURESTOEXTREMEENVIRONMENTS:EFFECTSONHEALTHANDTRANSLATIONALASPECTSINSPACESofia Pavanello, University of Padova, Italy

IAC-22.A1.4.6OPTIMALGRAVITYCONDITIONSFORBONETISSUEHEALINGUSINGMAGNETICNANOPARTICLESANDSCAFFOLDSKanan Yusif-zada, Azerbaijan

IAC-22.A1.4.7(non-confirmed)DEVELOPMENTOFSTANDARDOMICSMEASURESFORASTRONAUTSANDACCOMPANYINGBIOBANKFORPRIVATELYCREWEDHUMANSPACEFLIGHTJaden Hastings, New York-Presbyterian Hospital / Weill Cornell Medical Center, United States

IAC-22.A1.4.8PHARMACEUTICALEXCIPIENTINGREDIENTSTABILITYINMICROGRAVITYCONDITIONS,PACKINGANDSTORINGRECOMMENDATIONSINTHEDEEPSPACEMISSIONSGOWTHAMARAJAN KUPPUSAMY, India

IAC-22.A1.4.9STRESS-RELATEDEFFECTS,BIOLOGICALAGINGANDHUMANPERFORMANCEDURINGANALOGASTRONAUTMISSION.Tommaso Antonio Giacon, University of Padova, Italy

IAC-22.A1.4.10ANALYSISOFPLANTMORPHOLOGYANDPHYLOGENETICSOFINDIGENOUSPLANTSASASOURCEOFFOOD,OXYGENANDMEDICINALPURPOSESFORSPACEAPPLICATIONSRiyabrata Mondal, TU Bergakademie Freiberg (TUBAF), Germany

IAC-22.A1.4.11CREWMENTALSTATEMONITORINGINANEXTREMEENVIRONMENTUSINGFUNCTIONALNEAR-INFRAREDSPECTROSCOPYJesica Kehala Studer, Institute for Space Medicine and Physiology/MEDES, Switzerland

IAC-22.A1.4.12SPACENEUROSCIENCE:CURRENTUNDERSTANDINGANDFUTURERESEARCHBader Ibrahim, Saudi Arabia

IAC-22.A1.4.13ASTROMX:THEFIRSTMEXICANROBOTFORCONTINUOUSHEALTHMONITORINGOFASTRONAUTSANDINDIVIDUALSONEARTHSagrario Linares Melo, Benemerita Universidad Autonoma de Puebla, Mexico

IAC-22.A1.4.14BENEFITSOFSPACEMEDICINERESEARCHFORTERRESTRIALSONEARTHBader Shirah, Saudi Arabia

IAC-22.A1.4.15THESTUDYOFSPACEMEDICINEONEARTHINCONDITIONSCLOSETOSPACEAychin Hasanova, Azerbaijan

A1.5.RadiationFields,EffectsandRisksinHumanSpaceMissions

September 21 2022, 10:15 — W05Co-Chair(s):LawrencePinsky,UniversityofHouston,UnitedStates;GuentherReitz,DeutschesZentrumfürLuft-undRaumfahrte.V.(DLR),Germany;Rapporteur(s):PremkumarSaganti,PrairieViewA&MUniversity,UnitedStates;

IAC-22.A1.5.2RADIATIONPROTECTIONANDSHIELDINGMATERIALSFORCREWEDMISSIONSONTHESURFACEOFMARSDionysios Gakis, University of Patras, Greece

IAC-22.A1.5.3COMPACTLIGHT-WEIGHTPOLYMERCOMPOSITEMATERIALSFORRADIATIONSHIELDINGINOUTERSPACEDiana Pawlicki, University of Lodz, Poland

IAC-22.A1.5.4MARTIANINFRASTRUCTURERADIATIONPROTECTIONUSINGSILICAAEROGELAbdul Ahad, India

IAC-22.A1.5.5DOSE-EFFECTSMODELSFORSPACERADIOBIOLOGY:ANOVERVIEWONDOSE-EFFECTRELATIONSHIPLidia Strigari, Alma Mater Studiorum - University of Bologna, Italy

IAC-22.A1.5.6TRANSGENESISASAMECHANISMTOPROVOKERADIORESISTANCESagrario Linares Melo, Benemerita Universidad Autonoma de Puebla, Mexico

IAC-22.A1.5.7PROTECTIVEBODYSUITTOREPELHARMFULLARGEPARTICLERADIATIONFORLONG-TERMUSENic Alvarado, United States

IAC-22.A1.5.8DESIGNINGANEURALHELMET,MAPPINGNEURALPATTERNSINANASTRONAUT’SBRAINTODETECTCOGNITIVEPROBLEMS.Sukhjit Singh, India

IAC-22.A1.5.9RADIATIONSPECTROMETERHARDPIXFORLUNARGATEWAYRobert Filgas, Czech Technical University In Prague (CTU), Czech Republic

IAC-22.A1.5.10TARGETEFFECTSVS.NON-TARGETEFFECTSINESTIMATINGTHECARCINOGENICRISKDUETOGALACTICCOSMICRAYSINEXPLORATORYSPACEMISSIONS.Aboma Negasa Guracho, Istituto Nazionale di Fisica Nucleare (INFN), Italy

IAC-22.A1.5.11EVALUATIONOFDEEPSPACEEXPLORATIONRISKSANDMITIGATIONSAGAINSTRADIATIONANDMICROGRAVITYWilliam Dobney, Loughborough University, United Kingdom

IAC-22.A1.5.12(non-confirmed)DYNAMICPROGRAMMINGFORPROTEINALIGNMENT:ANALYZINGSPACE’SSEQUENCEDDATAMaría Carolina Erazo Muñoz, Skolkovo Institute of Science and Technology, Russian Federation AU

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A1.6.AstrobiologyandExploration

September 21 2022, 15:00 — W05Co-Chair(s):PetraRettberg,DeutschesZentrumfürLuft-undRaumfahrte.V.(DLR),Germany;StephanUlamec,DeutschesZentrumfürLuft-undRaumfahrte.V.(DLR),Germany;Rapporteur(s):StefanLeuko,DLR(GermanAerospaceCenter),Germany;

IAC-22.A1.6.1“EXPLORINGANEWWORLD:SEARCHINGFORNEWMOLECULARINSIGHTSOFHALOARCHAEAWITHINHALITEFLUIDINCLUSIONSONEARTHANDSPACE”Lucas Bourmancé, CNRS, France

IAC-22.A1.6.2SALINISPHAERASHABANENSIS-ANEWASTROBIOLOGICALMODELORGANISMPetra Rettberg, Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany

IAC-22.A1.6.3CHAO/KOSMOTROPICPROPERTIESOFBRINESOLUTIONSINTHEPRESENCEOFANCIENTPROTEINSANDTHEIRASSISTANCEINTHEBIOAVAILABILITYANDPRECIPITATIONOFLIFE-NECESSARYORGANICMOLECULESShelby Osborne, University of Arkansas, United States

IAC-22.A1.6.4SPACEEXPLORATIONOFICYMOONSTODETERMINETHEIRASTROBIOLOGICALPOTENTIALAthena Coustenis, LESIA - Observatoire de Paris, France

IAC-22.A1.6.5FIRSTDESCRIPTIONANDCHARACTERIZATIONOFNEWLYDISCOVEREDANDEANMICROBIALECOSYSTEMSINTHEPUNADEATACAMA,AMARSANALOGUEENVIRONMENTAnouk Ehreiser, ILEWG “EuroMoonMars”, Germany

IAC-22.A1.6.6ADOPTINGANOBJECTIVES-DRIVENASSURANCECASEAPPROACHFORACHIEVINGSPACEFLIGHTMISSIONPLANETARYPROTECTIONOBJECTIVESElaine Seasly, NASA Headquarters, United States

IAC-22.A1.6.7(non-confirmed)INFRAREDOBSERVATIONSOFPHOSPHINEONVENUSNicholas Mehrle, Massachusetts Institute of Technology (MIT), United States

IAC-22.A1.6.8CUBESATLUNARCYCLERPLATFORMTOMEASUREDARWINIANEVOLUTIONBEYONDLOWEARTHORBITYana Charoenboonvivat, School of Aerospace Engineering, Georgia Institute of Technology, United States

IAC-22.A1.6.9NASA’SPLANETARYPROTECTIONPROGRAMTOASSUREMISSIONSAFETYANDSUCCESSJames Benardini, NASA Headquarters, United States

IAC-22.A1.6.10ACRITICALREVIEWOFPLANETARYPROTECTIONSTRATEGYCaitlyn Singam, University of Maryland - College Park, United States

A1.7.LifeSupport,habitatsandEVASystems

September 22 2022, 10:15 — W05Co-Chair(s):UlrichKuebler,AirbusDSGmbH,Germany;KhalidBadri,MohammedBinRashidSpaceCentre(MBRSC),UnitedArabEmirates;Rapporteur(s):HongLiu,BeihangUniversity,China;

IAC-22.A1.7.1SPACENUTRITIONANDANALOGASTRONAUTSINTHECOVID-19PANDEMICCatherine Raisa Kimberly P. Mandigma, Space Generation Advisory Council (SGAC), The Philippines

IAC-22.A1.7.2CHALLENGESANDSOLUTIONSFORSPACEFOODINLONG-TERMEXPLORATIONMISSIONSSetareh Saremi, Politecnico di Torino, Italy

IAC-22.A1.7.3THEROLEOFTHELUNARSURFACEINDEVELOPINGOFF-EARTHFOODPRODUCTIONSYSTEMSBenjamin Greaves, StarLab Oasis, United States

IAC-22.A1.7.4HUMANSURVIVALINADVERSEENVIRONMENTS,USEOFMICROALGALANDINSECTFLOURSINFUNCTIONALBAKERYFORTHEFIGHTAGAINSTHUNGERANDLIFESUPPORTINSPACETRAVEL.German Sarmiento, European Space Foundation, Colombia

IAC-22.A1.7.6COMPUTATIONALDESIGNFORADEPLOYABLELUNARHABITATANDGREENHOUSESYSTEMCosimo Razeto, Politecnico di Milano, Italy

IAC-22.A1.7.7EXPANDINGTHEIMPACTOFARCHITECTURE:NEWINSIGHTSFROMANALOGUEFACILITIESIlaria Cinelli, AIKO S.r.l., Italy

IAC-22.A1.7.8DESIGNOFHABITABLEMODULESFORAMARSTRANSFERVEHICLEWITHAFOCUSONREDUCTIONOFMICROGRAVITY-RELATEDPROBLEMSANDPROTECTIONFROMTHESPACEENVIRONMENT.Riccardo Moro, Politecnico di Torino, Italy

IAC-22.A1.7.9ANEWMODULARSPACEHABITAT-FORMEDBYFUNCTION-FUNCTIONBYDESIGNOliver Opatz, Center for Space Medicine Berlin (ZWMB), Germany

IAC-22.A1.7.10BIOREGENERATIVEPOSTHUMANBODYINGSYSTEMSRamandeep Shergill, University College London (UCL), United Kingdom

IAC-22.A1.7.11COMMERCIALEVA-2.0SPACESUITDEVELOPMENTNikolay Moiseev, Final Frontier Design, United States

IAC-22.A1.7.12BIOCOMPOSITESFORSTRUCTURALDESIGNINSPACE-MYCELIUMMATERIALSANDMWALLDCONCEPTMateusz Balka, University of Glasgow, Poland

IAC-22.A1.7.13SLIPPERYLUBRICANT-INFUSEDSILICANANOPARTICULATEFILMPROCESSINGFORANTI-BIOFOULINGAPPLICATIONYuen Yee Li Sip, University of Central Florida (UCF), United States

IAC-22.A1.7.14USEOFANTIMICROBIALCOATINGSTOPREVENTMULTISPECIES,MULTIDOMAINBIOFILMGROWTHOFISSISOLATESINWASTEWATERSYSTEMMadelyn Mettler, Montana State University, United States

IAC-22.A1.7.15AMACHINELEARNINGAPPROACHFORASTRONAUTMONITORINGANDTRACKINGDURINGSURFACEEXTRAVEHICULARACTIVITYDavid Smith, ILEWG “EuroMoonMars”, United Kingdom

A1.8.BiologyinSpace

September 22 2022, 13:45 — W05Co-Chair(s):DidierChaput,CentreNationald’EtudesSpatiales(CNES),France;FengyuanZhuang,BeihangUniversity,China;Rapporteur(s):JancyMcPhee,TheAerospaceCorporation,UnitedStates;

IAC-22.A1.8.1BIOSENTINEL:NASA’SFIRSTDEEPSPACEBIOLOGICALMISSIONAndres Mora Vargas, NASA Ames Research Center, United States

IAC-22.A1.8.2THEUNFOLDEDPROTEINRESPONSE(UPR)REGULATESPHENOTYPESWITCHINGANDPROLIFERATIONOFVASCULARSMOOTHMUSCLECELLSOFCEREBRALARTERYUNDERSIMULATEDMICROGRAVITYRan Zhang, Chinese PLA General Hospital, China

IAC-22.A1.8.3WOUNDHEALINGINASPACEANALOGENVIRONMENTVictoria Ariel Rendon, International Space University (ISU), France

IAC-22.A1.8.4THEEFFECTSOFTRICHODERMAHARZIANUMONTHEGRAVITYRESPONSEANDOXIDATIVESTRESSOFARABIDOPSISTHALIANAFORSPACEAGRICULTURELucia White, US Air Force Institute of Technology, United States

IAC-22.A1.8.5ANAEROBICPRODUCTIONOFWHEATINMARSRiyabrata Mondal, TU Bergakademie Freiberg (TUBAF), Germany

IAC-22.A1.8.63DPRINTEDMICROFLUIDICMICROPOTPLATFORMFORGRAINGROWTHINMICROGRAVITYCONDITIONSASSESSMENT.Bartosz Kawa, Wrocław University of Technology, Poland

IAC-22.A1.8.7ASMALLAUTONOMOUSSPACEBIOLOGICALLABORATORY:CHALLENGES,OPPORTUNITIES,ANDIMPLEMENTATIONAdrianna Graja, Wroclaw University of Science and Technology, Poland

IAC-22.A1.8.8ASIMPLELAB-ON-A-CHIPSYSTEMFORMOLECULARBIOLOGYRESEARCHINSPACEFLIGHTANDSPACEFLIGHTANALOGUEENVIRONMENTSSean Farley, University of Victoria, Canada

IAC-22.A1.8.9ASUMMARYANDKEYOUTCOMESFROMTHEBIO-FUTURESFORTRANSPLANETARYHABITATSFIRSTANNUALSYMPOSIUMLayla A. van Ellen, Newcastle University, United Kingdom

IAC-22.A1.8.10LIFEEVOLUTIONSTATISTICSONEARTHANDEXOPLANETSClaudio Maccone, International Academy of Astronautics (IAA) and Istituto Nazionale di Astrofisica (INAF), Italy

IAC-22.A1.8.11EFFECTSOFHYPOMAGNETICFIELDANDPEMFONPLANTSFORLIFESUPPORTONPLANETARYBODIESTerry Trevino, American Military University, United States

A2.IAFMICROGRAVITYSCIENCESANDPROCESSESSYMPOSIUM

Vice-Coordinator(s):ValentinaShevtsova,UniversitéLibredeBruxelles,Belgium;AngelikaDiefenbach,DeutschesZentrumfürLuft-undRaumfahrte.V.(DLR),Germany;

A2.1.GravityandFundamentalPhysics

September 18 2022, 15:15 — W04Co-Chair(s):HannsSelig,GeradtsGmbh,Germany;AntonioViviani,UniversitàdegliStudidellaCampania“LuigiVanvitelli”,Italy;Rapporteur(s):QiKang,NationalMicrogravityLaboratory,InstituteofMechanics,ChineseAcademyofSciences.,China;

IAC-22.A2.1.1(non-confirmed)B.RYBAKIN,V.GORYACHEVMODELINGTHEFORMATIONOFGRAVITATIONALLYBOUNDOBJECTSAFTERCOLLISIONOFROTATINGMOLECULARCLOUDSBoris Rybakin, Moscow State Institute (University), Russian Federation

IAC-22.A2.1.2EARTH-SUNL1POINTDEVIATIONCAUSEDBYJUPITERANDIMPLICATIONSTOLAGRANGEBLACKHOLESINGALAXIESDylan J. Slocki, Lockheed Martin Space Systems, United States

IAC-22.A2.1.3HASMICROSCOPEREVEALEDAVIOLATIONOFTHEEQUIVALENCEPRINCIPLE?Manuel Rodrigues, Office National d’Etudes et de Recherches Aérospatiales (ONERA), France

IAC-22.A2.1.4BEHAVIORANALYSISOFTARGETMARKERWITHSPIKESUSINGPARTICLEMETHODYasuda Shun, Aoyama Gakuin University, Japan

IAC-22.A2.1.5QUANTUMKEYDISTRIBUTIONFROMSPACEClaus Lämmerzahl, ZARM Fab GmbH, Germany

IAC-22.A2.1.6ADVANCESFORUHVSYSTEMSFORCOLDATOMEXPERIMENTSINSPACEThi Thu Hien Dao, University of Bremen - ZARM, Germany

IAC-22.A2.1.7(non-confirmed)GRAVITATIONALLENSINGOFNEUTRONSTARGRAVITATIONALWAVES,APAIROFNEUTRONSTAR,BLACKHOLES,ANDNON-SPINNINGBLACKHOLESDEEPAN J, India

IAC-22.A2.1.8RELATIVESTUDYONDISSIMILARITYOFGRAVITATIONALWAVEBEHAVIORAROUNDBLACKHOLE’SEVENTHORIZONAbhay Kaushik Nudurupati, University of Petroleum and Energy Studies, India

IAC-22.A2.1.9TENDENCYOFREGOLITHDISPERSALBYFIRINGMULTIPLETHRUSTERSOFSPACECRAFTONCELESTIALSURFACEMaiko Yamakawa, The Graduate Universty for Advanced Studies (SOKENDAI), Japan AU

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A2.2.FluidandMaterialsSciences

September 20 2022, 10:15 — W04Co-Chair(s):NickolayN.Smirnov,LomonosovMoscowStateUniversity,RussianFederation;SatoshiMatsumoto,JapanAerospaceExplorationAgency(JAXA),Japan;Rapporteur(s):ThomasDriebe,DLR(GermanAerospaceCenter),Germany;

IAC-22.A2.2.1INVESTIGATIONOFTHEFLUIDSBEHAVIORUNDERMICROGRAVITYCONDITIONS:CONDUCTINGEXPERIMENTS,MATHEMATICALMODELINGANDNUMERICALSIMULATIONS.Evgeniya Skryleva, Lomonosov Moscow State University, Russian Federation

IAC-22.A2.2.2INVESTIGATIONOFPRESSUREDRIVENMICROFLUIDICFLOWINMICROGRAVITYShivayya Hiremath, R V College of Engineering, Bengaluru, India

IAC-22.A2.2.3EXPERIMENTALINVESTIGATIONOFINTERFACIALINSTABILITYOFDROPLETSINACOUSTICFIELDKoji Hasegawa, Kogakuin University, Japan

IAC-22.A2.2.4GAS-LIQUIDINTERFACEDISTRIBUTIONOFCRYOGENICPROPELLANTTANKSATDIFFERENTMICROGRAVITIESJun Wu, China Academy of Launch Vehicle Technology (CALT), China

IAC-22.A2.2.5COMPARATIVESTUDYOFBUBBLESONEARTHANDMICROGRAVITYCONDITIONSFORTWO-PHASEGAS-LIQUIDFLOWSSanat Hegde, R V College of Engineering, Bengaluru, India

IAC-22.A2.2.6LIQUID–SOLIDINTERFACEANDPENETRATIONOFORGANICRESINBINDERANDIRON-COBALTALLOYPOWDERFORTHEUSEOFBINDERJETTINGADDITIVEMANUFACTURINGUNDERMICROGRAVITYKinston Wong, University of Alberta, Canada

IAC-22.A2.2.7SYSTEMOFCRACKSINTHESKINOFTHESPACECRAFTAnastasia Shamina, Scientific Research Institute for System Analysis, Russian Academy of Sciences (RAS), Russian Federation

IAC-22.A2.2.8ADDITIVEMANUFACTURINGINSPACE:INTERFACIALFORCEVSGRAVITATIONALFORCEAbrar Ahmed, University of Alberta, Canada

IAC-22.A2.2.9NUMERICALSIMULATIONOFADETONATIONENGINEONANACETYLENE-OXYGENMIXTURE,COMPARISONWITHEXPERIMENTElena Mikhalchenko, Scientific Research Institute for System Analysis, Russian Academy of Sciences (RAS), Russian Federation

IAC-22.A2.2.10(non-confirmed)ASTUDYOFAPULSEDETONATIONCHAMBERCYCLEFORPROPULSIONPURPOSESSungwoo Park, Korea Aerospace University, Korea, Republic of

IAC-22.A2.2.12AERODYNAMICDESIGNANDANALYSISOFMULTIROTORROBOTUNDERMICROGRAVITYCONDITIONINSIDESPACESTATIONGuangwei Wen, Tsinghua University, China

IAC-22.A2.2.13STUDYOFTHESTRUCTUREOFTHEDETONATIONCELLINMICROGRAVITYElena Mikhalchenko, Scientific Research Institute for System Analysis, Russian Academy of Sciences (RAS), Russian Federation

A2.3.MicrogravityExperimentsfromSub-OrbitaltoOrbitalPlatforms

September 20 2022, 15:00 — W04Co-Chair(s):RaffaeleSavino,UniversityofNaples“FedericoII”,Italy;RainerWillnecker,DeutschesZentrumfürLuft-undRaumfahrte.V.(DLR),Germany;

IAC-22.A2.3.1EXPERIMENTALSTUDYOFWAXFUELFORMATIONDURINGSPACEFLIGHTJavier Stober, Massachusetts Institute of Technology (MIT), United States

IAC-22.A2.3.2NUMERICALANDEXPERIMENTALRESULTSONSELF-REWETTINGFLUIDSFORTWO-PHASEHEATEXCHANGERSINLOW-GEXPERIMENTSAnselmo Cecere, Università degli Studi di Napoli “Federico II”, Italy

IAC-22.A2.3.3THEREDUCEDGRAVITYCRYOGENICTRANSFERPROJECTJason Hartwig, NASA Glenn Research Center, United States

IAC-22.A2.3.4AGRIFUGE:ANEXPLORATIONOFCONTROLLEDIRRIGATIONMETHODSFORAROTATINGPLANTHABITATSomayajulu Dhulipala, Massachusetts Institute of Technology (MIT), United States

IAC-22.A2.3.5ASSESSMENTOFTHEIMMUNECELLCOUNTINGOBTAINEDFROMHUMANPERIPHERALBLOODAFTERAPARABOLICFLIGHTAbril Gorgori-González, University of Barcelona, Spain

IAC-22.A2.3.7THELOW-COSTATTITUDEDETERMINATIONANDCONTROLSYSTEMASTER:DESIGN,TESTINGANDLESSONSLEARNEDRic Dengel, Luleå University of Technology, Germany

IAC-22.A2.3.8DETERMININGRESPONSEDIFFERENCESTOMICROGRAVITYINMALEANDFEMALEBIOENGINEEREDCARTILAGETISSUESKirtan Dhunnoo, University of Alberta, Canada

IAC-22.A2.3.9OPPORTUNITIESFORMICROGRAVITYANDHYPERGRAVITYEXPERIMENTSUNDERTHEUNITEDNATIONSACCESSTOSPACEFORALLINITIATIVE:ACHIEVEMENTSIN2021-2022Jorge Del Rio Vera, United Nations Office for Outer Space Affairs, Austria

IAC-22.A2.3.10COMPARATIVEANALYSISOFAMICROGRAVITYCOMPUTEDAXIALLITHOGRAPHY(CAL)BASEDSYSTEMTOAGRAVITYAFFECTEDCALSYSTEMTaylor Waddell, University of California, Berkeley, United States

A2.4.ScienceResultsfromGroundBasedResearch

September 21 2022, 10:15 — W04Co-Chair(s):ValentinaShevtsova,UniversitéLibredeBruxelles,Belgium;AntonioViviani,UniversitàdegliStudidellaCampania“LuigiVanvitelli”,Italy;Rapporteur(s):NickolayN.Smirnov,LomonosovMoscowStateUniversity,RussianFederation;

IAC-22.A2.4.1(non-confirmed)NATIONALSPACEEXPLORATIONSTRATEGYANDTHEFIRSTSPACEEXPERIMENTOFTHAILANDAmmarin Pimnoo, Geo-Informatics and Space Technology Development Agency (GISTDA), Thailand

IAC-22.A2.4.2SUGGESTIONSONTESTINGOFTECHNOLOGYFORDETECTINGSPACEDEBRISBYADVANCEDORBITALSPACESYSTEMSONBOARDTHEISSRSMaksim Matyushin, Central Research Institute for Machine Building (JSC TSNIIMASH), Russian Federation

IAC-22.A2.4.3APAYLOADFORSTUDYINGDROPLETSINSPACEFLIGHTANALOGUESPatrizio Massoli, CNR-IM, Italy

IAC-22.A2.4.4(non-confirmed)MARANGONIEFFECT:ANINVESTIGATIONINTOSURFACETENSIONDRIVENMASSTRANSFERINMICROGRAVITYPavan Achar, R V College of Engineering, Bengaluru, India

IAC-22.A2.4.5INTRODUCTIONTOMICROGRAVITYINPHYSICALANDLIFESCIENCES:MEANSANDMETHODSNour El Yakine Ben Hachani, NASA, Algeria

IAC-22.A2.4.6EQUATIONSGOVERNINGRPMMACHINESANDTHEIRAPPLICATIONSINMODELINGBIOLOGICALPROCESSESJosé David Villanueva Garcia, European Space Agency (ESA/ESOC), Germany

IAC-22.A2.4.7STUDYONTHEGRAVITYDISPERSIONACTINGONASPECIMENDURINGOPERATIONOFTHERANDOMPOSITIONINGMACHINETaig Young Kim, Korea Polytechnic University, Korea, Republic of

IAC-22.A2.4.8(non-confirmed)EVA-IVACREWINDUCEDLOADSTESTBED(E-LOADS)Herbert Silva, National Aeronautics and Space Administration (NASA), Johnson Space Center, United States

IAC-22.A2.4.9(non-confirmed)OMICANALYSISOFSIMULATED-MICROGRAVITYINDUCEDTITANCELLSBYAYEASTISOLATEDFROMTHEINTERNATIONALSPACESTATIONCeth Parker, NASA Jet Propulsion Laboratory, United States

IAC-22.A2.4.10(non-confirmed)THEEFFECTOFMICROGRAVITYONTHESTRUCTUREANDFUNCTIONOFRETINA:AREVIEWRawan Alshammari, Kuwait

IAC-22.A2.4.11(non-confirmed)GLOBALCB1DEFICIENCYEXACERBATESUNLOADINGINDUCEDBONELOSSINASITE-SPECIFICANDSEX-DEPENDENTMANNERRachel DeNapoli, Virginia Commonwealth University, United States

IAC-22.A2.4.12EFFECTSOFREDUCEDGRAVITYINVESTIGATIONSONROOTDEVELOPMENTSANDBIOCHEMICALCHARACTERIZATION:ACASESTUDYOFCUCUMBERFARMINGONTHEMOONFunmilola Adebisi Oluwafemi, National Space Research and Development Agency (NASRDA), Abuja, Nigeria

A2.5.FacilitiesandOperationsofMicrogravityExperiments

September 21 2022, 15:00 — W04Co-Chair(s):RainerWillnecker,DeutschesZentrumfürLuft-undRaumfahrte.V.(DLR),Germany;GabrielPont,CentreNationald’EtudesSpatiales(CNES),France;Rapporteur(s):SatoshiMatsumoto,JapanAerospaceExplorationAgency(JAXA),Japan;

IAC-22.A2.5.1EVERYWEAR,AHUMANRESEARCHANDHEALTHMOBILEASSISTANTFOREXPLORATIONMaurice MARNAT, Institute for Space Medicine and Physiology/MEDES, France

IAC-22.A2.5.2NOVESPACE’SAIRBUSA310ZEROG:ASTATE-OF-THE-ARTRESEARCHFACILITYFOREASYACCESSTOSCIENCEINMICROGRAVITYThibault PARIS, Novespace, France

IAC-22.A2.5.3NEURONGRAV:CHARACTERIZINGNEURONALRESPONSESINALTEREDGRAVITYVIAGLIDER-BASEDPARABOLICFLIGHTSJosé Figueiredo, Faculty of Medicine, University of Lisbon, Portugal

IAC-22.A2.5.4THEGRAVITOWERBREMENPRO-EXPERIENCESWITHANEXT-GENERATIONDROPTOWERSYSTEMAndreas Gierse, ZARM Fab GmbH, Germany

IAC-22.A2.5.5REALISE–AUTOMATEDPAYLOADOPERATIONSONBOARDTHELUNARGATEWAYTobias Niederwieser, University of Colorado Boulder, United States

IAC-22.A2.5.6SOLID-LIQUIDPHASECHANGEMICROPUMPSWITHGRAPHENEOXIDEMEMBRANEShivayya Hiremath, R V College of Engineering, Bengaluru, India

IAC-22.A2.5.7IMPLEMENTATIONOFEXPERIMENTALMICROGRAVITYUNIT2.0FORLOW-COSTANDACCESSIBLEMICROGRAVITYEXPERIMENTATIONChristopher Geordas, The University of Western Australia, Australia

IAC-22.A2.5.8CHALLENGESANDOUTCOMESFORAFULLY-AUTONOMOUSMICROGRAVITYPLATFORMTOPERFORMPARABOLICFLIGHTSINNORTHERNSWEDENArnau Busom Vidal, Luleå University of Technology, Sweden

IAC-22.A2.5.9BRINGINGEXTRATERRESTRIALGRAVITIESONEARTH:STUDENTS’RESEARCHONDROPTOWERDESIGNDavide Demartini, Luleå University of Technology, Sweden

IAC-22.A2.5.10AVERSATILEBIOCUBESATPLATFORMFORFUTURESPACESYSTEMS:DEVELOPMENTOFASECOND-GENERATIONBAMMSATPAYLOADONASTRATOSPHERICBALLOONTECHNOLOGYANDOPERATIONDEMONSTRATIONFLIGHTAqeel Shamsul, Cranfield University, United Kingdom

A2.6.MicrogravitySciencesonboardISSandbeyond

September 22 2022, 10:15 — W04Co-Chair(s):StefanVanVaerenbergh,UniversitéLibredeBruxelles,Belgium;AngelikaDiefenbach,DeutschesZentrumfürLuft-undRaumfahrte.V.(DLR),Germany;

IAC-22.A2.6.2DYNAMICSOFSOLIDIFICATIONMICROSTRUCTUREFORMATIONINDECLIC-DSIONBOARDISSFatima Mota, IM2NP - Aix-Marseille Université & CNRS UMR 7334, France

IAC-22.A2.6.3ELECTROMAGNETICLEVITATIONONBOARDTHEINTERNATIONALSPACESTATIONJan Gegner, German Aerospace Center (DLR), Germany

IAC-22.A2.6.4MATERIALSCIENCELABOPERATIONSONBOARDTHEINTERNATIONALSPACESTATIONJoachim Bonney, German Aerospace Center (DLR), Germany

IAC-22.A2.6.5MELFIREFRIGERATIONTECHNOLOGYINISSASIMPORTANTASSETFORSPACEBIOLOGYINSIDETHELUNARGATEWAYJean Cheganças, Airbus Defence and Space, France

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IAC-22.A2.6.6LUMINA,AFIBER-OPTICDOSIMETERABOARDTHEISSFlorence Clément, Centre National d’Etudes Spatiales (CNES), France

IAC-22.A2.6.7THOMASPESQUET’SALPHAMISSION:ACOMPREHENSIVENATIONALCONTRIBUTIONTOASUCCESSFULESAMISSIONRemi Canton, Centre National d’Etudes Spatiales (CNES), France

IAC-22.A2.6.8MICROGRAVITYSLOSHINGFORMARSHABITATUSINGIN-SITUMETHODPalvi Garg, Dr B R Ambedkar National Institute of Technology Jalandhar, India

IAC-22.A2.6.9THE‘RAKIA’MISSION-PRIVATE-PUBLICPARTNERSHIPSINPRIVATEHUMANSPACEFLIGHTSCIENTIFICANDTECHNOLOGICALMISSIONInbal Kreiss, Israel Aerospace Industries Ltd., Israel

IAC-22.A2.6.10THETHOMASPESQUETPROXIMAMISSION:ANOVERVIEWOFACCOMPLISHMENTSANDSCIENCERESULTSElizabeth Heider, European Space Agency (ESA-ESTEC), The Netherlands

A2.7.LifeandPhysicalSciencesunderreducedGravity

September 22 2022, 13:45 — W04Co-Chair(s):AngelikaDiefenbach,DeutschesZentrumfürLuft-undRaumfahrte.V.(DLR),Germany;CoraThiel,UniversityofZurich,Switzerland;PeterGraef,DeutschesZentrumfürLuft-undRaumfahrte.V.(DLR),Germany;SatoshiMatsumoto,JapanAerospaceExplorationAgency(JAXA),Japan;

IAC-22.A2.7.1OPERATIONOFBIOLOGICALEXPERIMENTSINTHEBIOLABFACILITYONBOARDCOLUMBUSKatharina Hildebrandt, DLR (German Aerospace Center), Germany

IAC-22.A2.7.2SPACEBIOFILMS–ANOVERVIEWOFTHEMORPHOLOGYANDGENEEXPRESSIONOFPSEUDOMONASAERUGINOSABIOFILMSGROWNONBOARDTHEINTERNATIONALSPACESTATIONDiana Pamela Flores Ayuso, University of Colorado Boulder, United States

IAC-22.A2.7.3EFFECTOFMICROGRAVITYONTHEGROWTHANDBIOFILMPRODUCTIONOFDISEASE-CAUSINGBACTERIA.IRMAPROJECT.Roberto Adolfo Ubidia Incio, Federico Villarreal National University, Peru

IAC-22.A2.7.4COMPARATIVEGENOMICSOFANTIBIOTICRESISTANTSTAPHYLOCOCCUSSPECIESASSOCIATEDWITHTHEINTERNATIONALSPACESTATIONFathi Karouia, National Aeronautics and Space Administration (NASA), Ames Research Center / UCSF, United States

IAC-22.A2.7.5PHARMACEUTICALEXCIPIENTINGREDIENTSTABILITYINMICROGRAVITYCONDITIONS,PACKINGANDSTORINGRECOMMENDATIONSINDEEPSPACEMISSIONSJayakumar Venkatesan, Valles Marineris International Private Limited, India

IAC-22.A2.7.6ACOMPREHENSIVESTUDYOFWATERRETENTIONINPLANTROOTCOMPONENTSINMICROGRAVITYTOSTRUCTURIZEMATHEMATICALANDCOMPUTATIONALMATHEMATICALANDCOMPUTATIONALMODELSFORUNDERSTANDINGPHYSICALLAWSOFPLANTGROWTHSucheshnadevi Patil, Humans In Space Inc. (HIS), United States

IAC-22.A2.7.7MICROGRAVITYAFFECTSGENEEXPRESSIONONHUMANIPSC-DERIVED3DBRAINMODELSOFPARKINSON’SDISEASEANDMULTIPLESCLEROSISPaula Grisanti, United States

IAC-22.A2.7.9PROTOTYPINGWEARABLESENSORGARMENTFORUNDERSTANDINGPROPRIOCEPTIVECHANGESINMICROGRAVITYShu-Yu Lin, Massachusetts Institute of Technology (MIT), United States

IAC-22.A2.7.9PROTEINUNFOLDING–REDEFININGTHEFUTUREOFPROTEINSINSPACEANDASACUREFORVARIOUSCANCEROUSDISEASESVrushali Chittaranjan, Ramaiah Institute of Technology, India

IAC-22.A2.7.10REDUCEDPSEUDOMONASAERUGINOSACELLSIZEOBSERVEDONPLANKTONICCULTURESGROWNINTHEINTERNATIONALSPACESTATIONKatherinne Herrera-Jordan, Universidad del Valle de Guatemala (UVG), Guatemala

A3.IAFSPACEEXPLORATIONSYMPOSIUM

Coordinator(s):VincenzoGiorgio,ThalesAleniaSpaceItalia,Italy;PierreW.Bousquet,CentreNationald’EtudesSpatiales(CNES),France;KeyurPatel,NationalAeronauticsandSpaceAdministration(NASA),JetPropulsionLaboratory,UnitedStates;

A3.1.SpaceExplorationOverview

September 18 2022, 15:15 — N04Co-Chair(s):KathyLaurini,Dynetics,UnitedStates;KeyurPatel,NationalAeronauticsandSpaceAdministration(NASA),JetPropulsionLaboratory,UnitedStates;Rapporteur(s):NorbertFrischauf,TUGraz,Austria;

IAC-22.A3.1.1PLANETARYPROTECTION:UPDATESANDCHALLENGESFORASUSTAINABLESPACEEXPLORATIONAthena Coustenis, LESIA - Observatoire de Paris, France

IAC-22.A3.1.2LOWERRADIOFREQUENCYSIGNALS’EXISTENCEANDPOTENTIALUSEFULNESSINSPACETomasz Mis, Warsaw University of Technology (WUT), Poland

IAC-22.A3.1.3ARTEMISIIIANDBEYOND:FROMTHEMOONTOMARSGreg Chavers, NASA Marshall Space Flight Center, United States

IAC-22.A3.1.4THELUNAROPENARCHITECTURE:TOWARDSASHAREDROADMAPOFLUNAREXPLORATIONNadia Khan, University College London (UCL), United Kingdom

IAC-22.A3.1.5PROSPECTSFORSPACEEXPLORATION:TOWARDSANEWERAOFCOLLABORATIONANDCOMPETITIONNatalia Larrea Brito, Euroconsult, United States

IAC-22.A3.1.6THEISECGSCIENCEWORKINGGROUP:INFLUENCINGGLOBALSCIENCEPRIORITIESFORROBOTICANDHUMANSPACEEXPLORATIONBrad Bailey, NASA, United States

IAC-22.A3.1.7(non-confirmed)ASYMMETRICFRICTIONLOCOMOTIONFORDEEPEXPLORATIONOFEXTRATERRESTRIALBODIESArcady Dyskin, University of Western Australia (UWA), Australia

IAC-22.A3.1.8PRESENTANDFUTURESPACEEXPLORATIONINTHEUNITEDARABEMIRATESIlias Fernini, Sharjah Academy for Astronomy, Space Sciences and Technology (SAASST), United Arab Emirates

IAC-22.A3.1.9ASYSTEMSAPPROACH:THEROLEOFTHEGLOBALSPACEECOSYSTEMANDSPACERESOURCESINENSURINGTHESUCCESSOFCREWEDMISSIONSTOMARSThomas Cernev, Shoal Group, Australia

IAC-22.A3.1.10CUBESATSBEYONDLEO–NEWENVIRONMENT,OLDPARADIGMEric Bertels, ISIS - Innovative Solutions In Space B.V., The Netherlands

IAC-22.A3.1.11MISSIONANDSYSTEMARCHITECTUREDESIGNOFADEIMOSSAMPLE-RETURNMISSIONAtharva Pawar, Space Generation Advisory Council (SGAC), India

IAC-22.A3.1.12INVESTIGATINGFEASIBILITYOFCUBESATVENUSMISSIONFORATMOSPHERICSURVEYINGMaria Regina Apoodaca Moreno, Massachusetts Institute of Technology (MIT), United States

IAC-22.A3.1.13WHATWILLWEDOONTHEMOON?James Carpenter, ESA - European Space Agency, The Netherlands

IAC-22.A3.1.14VISIONANDCHALLENGESOFEMERGINGSPACEAGENCIESWORKINGGROUPINISECG(INTERNATIONALSPACEEXPLORATIONCOORDINATIONGROUP)Gwanghyeok Ju, Korea Aerospace Research Institute (KARI), Korea, Republic of

A3.2A.MoonExploration–Part1

September 19 2022, 10:15 — N04Co-Chair(s):BernardFoing,ILEWG“EuroMoonMars”,TheNetherlands;DavidKorsmeyer,NationalAeronauticsandSpaceAdministration(NASA),AmesResearchCenter,UnitedStates;Rapporteur(s):Pierre-AlexisJoumel,AirbusDefenceandSpace,Germany;NadeemGhafoor,AvalonSpace,Canada;

IAC-22.A3.2A.1CUBESATMOONLANDEROMOTENASHI:ITSDEVELOPMENTANDIN-ORBITOPERATIONTatsuaki Hashimoto, Japan Aerospace Exploration Agency (JAXA), Japan

IAC-22.A3.2A.2PROCESSVERIFICATIONUNDERFLEXIBLEGRAVITYGRADIENTS\\FORFUTUREMOON,MARS,ANDSMALLBODYMISSIONSStefan Krämer, Swedish Space Corporation, Sweden

IAC-22.A3.2A.3VIPER:MISSIONDESIGN&DEVELOPMENTDaniel Andrews, National Aeronautics and Space Administration (NASA), United States

IAC-22.A3.2A.4ILOAHAWAI’IAND5MOONMISSIONSSEPTEMBER2022UPDATESteve Durst, International Lunar Observatory Association (ILOA), United States

IAC-22.A3.2A.5AVERYBROADBANDSEISMOMETERONTHEMOONIN2024Gabriel Pont, Centre National d’Etudes Spatiales (CNES), France

IAC-22.A3.2A.6EXPERIMENTALDEVELOPMENTOFAPASSIVEREGOLITHSAMPLERFORLUNARMISSIONSJavier Stober, Massachusetts Institute of Technology (MIT), United States

IAC-22.A3.2A.7JAXA’SROADMAPANDCONCEPTSOFFUTURELUNARLANDINGMISSIONSMasaru Koga, Japan Aerospace Exploration Agency (JAXA), Japan

IAC-22.A3.2A.8STATUSONJAPANESELUNARPOLAREXPLORATION(LUPEX)PROJECTHiroyasu Mizuno, Japan Aerospace Exploration Agency (JAXA), Japan

IAC-22.A3.2A.9NASALUNARSURFACEINNOVATIONINITIATIVE:ENSURINGACOHESIVE,EXECUTABLESTRATEGYFORTECHNOLOGYDEVELOPMENTCarol Galica, NASA Headquarters, United States

IAC-22.A3.2A.10STATUSUPDATEOFTAIWAN’SLUNAREXPLORATIONMISSIONShin-Fa Lin, National Space Organization, Taipei

IAC-22.A3.2A.11LUNARGEOLOGYORBITER:THEIMPACTONTOTHETHERMALEVOLUTIONOFTHEMOONPetr Bohacek, TRL Space, Czech Republic

IAC-22.A3.2A.12TECHNOLOGICALEVOLUTIONOFTHEVERYBROADBANDSEISMOMETER:INSIGHT,FARSIDESEISMICSUITEANDFUTUREMISSIONSWITHOPTICALVBBSEBASTIEN DE RAUCOURT, IPGP, France

A3.2B.MoonExploration–Part2

September 19 2022, 15:00 — N04Co-Chair(s):BernardFoing,ILEWG“EuroMoonMars”,TheNetherlands;DavidKorsmeyer,NationalAeronauticsandSpaceAdministration(NASA),AmesResearchCenter,UnitedStates;Rapporteur(s):Pierre-AlexisJoumel,AirbusDefenceandSpace,Germany;NadeemGhafoor,AvalonSpace,Canada;

IAC-22.A3.2B.1CHALLENGEDRIVENINNOVATIONATESA:PROSPECTINGTECHNOLOGIES.Massimo Sabbatini, European Space Agency (ESA), The Netherlands

IAC-22.A3.2B.2JHU/APL’SSYSTEMINTEGRATIONSUPPORTOFNASA’SLUNARSURFACEINNOVATIONINITIATIVEBen Bussey, Johns Hopkins University Applied Physics Laboratory, United States

IAC-22.A3.2B.3FINALLY!INSIGHTSINTOTHEARCHESLUNARPLANETARYEXPLORATIONANALOGUECAMPAIGNONETNAINSUMMER2022Armin Wedler, German Aerospace Center (DLR), Germany

IAC-22.A3.2B.4ANALOG-1:ATOUCHREMOTEWilliam Carey, European Space Agency (ESA-ESTEC), The Netherlands

IAC-22.A3.2B.5ENABLINGAUTONOMYFORLUNARROVERS–SUPPORTINGSCIENCEANDRESOURCEPROSPECTINGMISSIONSKaizad Raimalwala, Mission Control Space Services Inc., Canada

IAC-22.A3.2B.6EURO2MOON:LEVERAGELUNARRESOURCESEXPLORATIONTOFOSTERINTERNATIONALCOLLABORATIONANDBENEFITSUSTAINABILITYINSPACEANDEARTHPierre-Alexis Joumel, Airbus Defence and Space, Germany

IAC-22.A3.2B.7ALCHEMIST-ED:EUROPEANEARTH-BASEDDEMONSTRATOROFPRODUCTIONOFWATERFROMLUNARREGOLITHDiego A. Urbina, Space Applications Services, Belgium

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IAC-22.A3.2B.8TOWARDSAHUMAN-CENTREDFRAMEWORKFORCONCEPTUALIZATIONOFLUNARSURFACESOLUTIONSFlavie Aditya Annick Suzanne Davida Tohotaua Rometsch, Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany

IAC-22.A3.2B.9AUTONOMOUSROBOTICSFORLUNARLANDINGPADCONSTRUCTIONSamuel Ximenes, WEX Foundation, United States

IAC-22.A3.2B.10LUNEXEUROMOONMARSEARTHSPACEINNOVATIONHIGHLIGHTSBernard Foing, ILEWG “EuroMoonMars”, The Netherlands

IAC-22.A3.2B.11MISSIONCONCEPTSANDNEWTECHNOLOGIESFORLUNARSURFACEEXPLORATIONUSINGTHENANOKHODMICROROVERMoritz Gewehr, IRS, University of Stuttgart, Germany

IAC-22.A3.2B.12LUVMI-XMOBILITYPLATFORM:TESTRESULTSANDPROSPECTSJeremi Gancet, Space Applications Services, Belgium

IAC-22.A3.2B.13MOONTOMOONSERVICES–LUNARPATHFINDERANDFUTURELUNARCOMMSANDNAVCONSTELLATIONTOCONNECTLUNARASSETSTOEACHOTHERANDBACKTOEARTH,STARTING2025Nelly Offord (Phillips), Surrey Satellite Technology Ltd (SSTL), United Kingdom

IAC-22.A3.2B.14LUNARMISSIONS’SIMULATIONSINANALOGUEFACILITIES:THEOPERATIONALCONCEPTANDTHEFIRSTCOMMISSIONINGOFTHEESA-DLRLUNAFACILITYAndrea Emanuele Maria Casini, German Aerospace Center (DLR), Germany

IAC-22.A3.2B.15LARGESCALEMOBILITYONTHEMOONBYTRANSFERRINGTERRESTRIALAUTONOMYCAPABILITIESMihkel Pajusalu, University of Tartu, Estonia

IAC-22.A3.2B.16MOONDIVER:DESCENDINGINTOTHEGEOLOGICALHISTORYOFLUNARVOLCANISMLaura Kerber, Jet Propulsion Laboratory - California Institute of Technology, United States

A3.2C.MoonExploration–Part3

September 22 2022, 10:15 — N04Co-Chair(s):BernardFoing,ILEWG“EuroMoonMars”,TheNetherlands;DavidKorsmeyer,NationalAeronauticsandSpaceAdministration(NASA),AmesResearchCenter,UnitedStates;Rapporteur(s):SylvieEspinasse,EuropeanSpaceAgency(ESA),TheNetherlands;NadeemGhafoor,AvalonSpace,Canada;

IAC-22.A3.2C.1ANADAPTABLEINTEGRATEDVISIONSYSTEMFORLUNAREXPLORATIONGordon Osinski, Institute for Earth and Space Exploration, Western University, Canada

IAC-22.A3.2C.2SPACEEXPLORATIONTECHNOLOGIESDEVELOPEDBYAIRLIQUIDEFORMOONAPPLICATIONSCEDRIC DUPONT, Air Liquide, France

IAC-22.A3.2C.33DPRINTINGTECHNOLOGYDEMONSTRATIONUSINGSYNTHETICLUNARREGOLITHSIMULANTWITHPOLYMERADDITIVESNamSuk Cho, Unmanned Exploration Laboratory (UEL), Korea, Republic of

IAC-22.A3.2C.4COMPARISONOFROVERFLEETSYSTEMSDESIGNFORLUNARRESOURCEMININGANDCONSTRUCTIONKangSan Kim, Space Generation Advisory Council (SGAC), Korea, Republic of

IAC-22.A3.2C.5COOPERATIVERADIO-NAVIGATIONFORROVERS,DRONES,ANDINSTRUMENTPACKAGESINTHEPOLAREXPLORERMISSION–RESULTSFROMASPACE-ANALOGUEMISSIONEmanuel Staudinger, German Aerospace Center (DLR), Germany

IAC-22.A3.2C.7PAVINGTHEROAD-CONTEXTUALIZINGLASERSINTERINGWITHINALUNARTECHNOLOGYROADMAPMonika Brandic Lipinska, LIQUIFER Systems Group, Vienna, Austria

IAC-22.A3.2C.8SMAD:ASUPERCONDUCTINGMASSDRIVERCONCEPTDESIGNMattia Ortino, TU Wien, Austria

IAC-22.A3.2C.9ASTRONAUTTRAININGANDSTUDIESONSPACETECHNOLOGIES,PHYSIOLOGY,ANDLIFESUPPORTDURINGEMMPOL10&11SPACEANALOGSIMULATIONSWilliam Dobney, Loughborough University, United Kingdom

IAC-22.A3.2C.10NEWANALOGMISSIONSFORNEWSETTLEMENTCHALLENGESONTHEMOONANDBEYOND.Christian Clot, Human Adaptation Institute, France

IAC-22.A3.2C.11CALIFORNIARESEARCHANALOGFORDEEPSPACEANDLUNAREXPLORATION(CRADLE)BRAHMANAUTSTUDIESChrishma Singh-Derewa, United States

IAC-22.A3.2C.12LEXICON,ALUNARDUSTMITIGATIONSYSTEMFORISRUACTIVITIESASANEXPERIMENTFORTHEASCLEPIOSIIANALOGMISSIONAndrea Sportillo, Politecnico di Milano, Italy

IAC-22.A3.2C.13MOONGRAVITYPARABOLICFLIGHTSONBOARDNOVESPACE’SAIRBUSA310ZEROG:ACOST-EFFECTIVEANDCRITICALTESTBEDFORUPCOMINGLUNARMISSIONSThibault PARIS, Novespace, France

IAC-22.A3.2C.14OBELIX:ARECONFIGURABLEANDINNOVATIVEMOBILITYSYSTEMFORANASTRONAUTONTHESURFACEOFTHEMOONTania Gres, Space Generation Advisory Council (SGAC), Italy

IAC-22.A3.2C.15SUSTAINABILITY,SUSTAINABLY:BUILDINGBLOCKSTOWARDSLUNARENVIRONMENTALIMPACTASSESSMENTSShayna Hume, University of Colorado Boulder, United States

A3.3A.MarsExploration–missionscurrentandfuture

September 20 2022, 10:15 — N04Co-Chair(s):VincenzoGiorgio,ThalesAleniaSpaceItalia,Italy;PierreW.Bousquet,CentreNationald’EtudesSpatiales(CNES),France;Rapporteur(s):CherylReed,NorthropGrummanInnovationSystems,UnitedStates;AmaliaErcoliFinzi,PolitecnicodiMilano,Italy;

IAC-22.A3.3A.1KEYNOTE:MARSSAMPLERETURN:ANINTERNATIONALROUNDTRIPTOANOTHERPLANETFrancois Spoto, ESA - European Space Agency, The Netherlands

IAC-22.A3.3A.2USINGUAVSFORFUTUREMISSIONONMARSLaura Sopegno, Università degli Studi di Palermo, Italy

IAC-22.A3.3A.3THESTUDYANDANALYSISOFMARTIANATMOSPHEREUSINGTHEDATAFROMEMIRATESMARSULTRAVIOLETSPECTROMETER(EMUS)Anusha Santhosh, United Arab Emirates

IAC-22.A3.3A.4INSIGHTTOFSS:SEISMOMETERSFROMMARSTOTHEMOONCharles Yana, Centre National d’Etudes Spatiales (CNES), France

IAC-22.A3.3A.5IN-SITUPROPELLANTPRODUCTIONONMARTIANSURFACEHari Bharath Chitta, Technical University of Berlin, Germany

IAC-22.A3.3A.6COMMUNICATIONSYSTEMFORMARSEXPLORATIONMassimiliano Marcozzi, Thales Alenia Space Italia, Italy

IAC-22.A3.3A.7AUTONOMOUSNAVIGATIONINAGPSDENIEDENVIRONMENT.PROJECTMID(MARSINSPECTIONDRONE)Daniel Betco, Politehnica University of Bucharest, Romania

IAC-22.A3.3A.8MARSNORTHPOLEWATERICEROBOTICLANDERMatthew Ziglar, Boeing Defense Space & Security, United States

IAC-22.A3.3A.9DESIGNOFMARSVTOLAIRCRAFT-ANEWHOPETOWARDSMARTIANSEARCH.Sharvil Joglekar, India

IAC-22.A3.3A.10MARSSAMPLERETURN–ANOVERVIEWOFTHECAPTURE,CONTAINMENTANDRETURNSYSTEMGiuseppe Cataldo, National Aeronautics and Space Administration (NASA), Goddard Space Flight Center, United States

A3.3B.MarsExploration–Science,InstrumentsandTechnologies

September 20 2022, 15:00 — N04Co-Chair(s):VincenzoGiorgio,ThalesAleniaSpaceItalia,Italy;PierreW.Bousquet,CentreNationald’EtudesSpatiales(CNES),France;Rapporteur(s):CherylReed,NorthropGrummanInnovationSystems,UnitedStates;AmaliaErcoliFinzi,PolitecnicodiMilano,Italy;

IAC-22.A3.3B.1SAMPLETRANSFERARMBREADBOARDANDLANDEREVALUATION(STABLE)Massimo Lucia, Leonardo Spa, Italy

IAC-22.A3.3B.2STUDY&PREDICTIONOFDUSTSTORMSINLOWERMARTIANATMOSPHEREUSINGEMIRATESMARSINFRAREDSPECTROMETER(EMIRS)DATASarath Raj Nadarajan Syamala, Amity University, Dubai, United Arab Emirates

IAC-22.A3.3B.3BURYINGSEISTETHER-AVERYUNIQUEOPERATION,FROMDESIGNTOREALIZATIONONMARSRemi Lapeyre, Centre National d’Etudes Spatiales (CNES), France

IAC-22.A3.3B.4TWINS.THEINSIGHTMARSMISSIONWINDSENSORSara Navarro, Centro de Astrobiologia (INTA-CSIC), Spain

IAC-22.A3.3B.5AROBUSTSINGLEPARTHEATSHIELDSOLUTIONFORHIGHENERGYENTRYPROBESThierry Pichon, ArianeGroup, France

IAC-22.A3.3B.6THEHIGHPRECISEBIDIRECTIONALDOPPLERMEASUREMENTMETHODBASEDONCCSDSPROXIMITY-1FORMARSEXPLORATIONJia Tian, China Academy of Space Technology (Xi’an), China

IAC-22.A3.3B.7USINGSTEREOVISIONCAMERASYSTEMSTOANALYZEPATHEXECUTIONANDCORRECTIONFORROVERSJaeMin Kim, Unmanned Exploration Laboratory (UEL), Korea, Republic of

IAC-22.A3.3B.8ASPECTRALSYNERGYMETHODAPPLIEDTOPFSANDSPICAMNADIROBSERVATIONSTOCONSTRAINNEAR-SURFACEWATERCONTENTINTHEMARTIANATMOSPHEREElise Wright Knutsen, CNRS - LATMOS, France

IAC-22.A3.3B.9FEASIBILITYASSESSMENTOFOPTICALCOMMUNICATIONSBETWEENGROUNDANDSATELLITEONMARSTHROUGHTHESIMULATIONOFATMOSPHERICEFFECTSONSIGNALQUALITYLEADINGTOAPROPOSALFORANEWCOMMUNICATIONSNETWORKARCHITECTUREDURINGEXTREMEWEATHERZachary Rowland, The Netherlands

IAC-22.A3.3B.10MARSENVIRONMENTINFLUENCEONTELECOMMUNICATIONSSYSTEMS:THERMALANDELECTROMAGNETICSOIL&ATMOSPHERECHARACTERIZATIONAndrea Delfini, Sapienza University of Rome, Italy

A3.4A.SmallBodiesMissionsandTechnologies(Part1)

September 21 2022, 10:15 — N04Co-Chair(s):SusanMcKenna-Lawlor,SpaceTechnology(Ireland)Ltd.,Ireland;StephanUlamec,DeutschesZentrumfürLuft-undRaumfahrte.V.(DLR),Germany;Rapporteur(s):NorbertFrischauf,TUGraz,Austria;MarcD.Rayman,NASAJetPropulsionLaboratory,UnitedStates;

IAC-22.A3.4A.1PRELIMINARYDESIGNOFTHEHAYABUSA2EXTENDEDMISSIONTOTHEFAST-ROTATINGASTEROID1998KY26Shota Kikuchi, Chiba Institute of Technology, Japan

IAC-22.A3.4A.2ESA’SCOMETINTERCEPTORMISSIONDESIGNCarlos Corral van Damme, ESA - European Space Agency, The Netherlands

IAC-22.A3.4A.3THEPSYCHEMISSIONDavid Seal, NASA Jet Propulsion Laboratory, United States

IAC-22.A3.4A.4CRITICALDESIGNOFMARTIANMOONSEXPLORATION(MMX)Yasuhiro Kawakatsu, Japan Aerospace Exploration Agency (JAXA), ISAS, Japan

IAC-22.A3.4A.5MIRSSPECTROMETERONBOARDOFMMXMISSIONMaria Antonietta Barucci, LESIA - Observatoire de Paris, France

IAC-22.A3.4A.6DEVELOPMENTOFOBSERVATIONSTRATEGIESFROMMISSIONDESIGNTOOPERATIONS–ILLUSTRATIONWITHMARSMOONSEXPLORERINFRAREDSPECTROMETER(MIRS)Eric Sawyer, Centre National d’Etudes Spatiales (CNES), France

IAC-22.A3.4A.7SCIENCEOBJECTIVESOFTHEMMXPHOBOSROVERStephan Ulamec, Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany

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IAC-22.A3.4A.8RAX:THERAMANSPECTROMETERFORTHEMMXPHOBOSROVERTill Hagelschuer, German Aerospace Center (DLR), Berlin, Germany

IAC-22.A3.4A.9LAUNCHOFAPHOBOSANDDEIMOSSAMPLERETURNSPACECRAFTASACO-MANIFESTEDPAYLOADOFTHENASASLSLAUNCHERMatthew Ziglar, Boeing Defense Space & Security, United States

IAC-22.A3.4A.10THEDOLPHINMISSIONANDUNIQUEOPPORTUNITIESIN2030TOPROBEDUST-HELIOSPHEREINTERACTIONSVeerle Sterken, ETHZ, Switzerland

A3.4B.SmallBodiesMissionsandTechnologies(Part2)

September 22 2022, 13:45 — N04Co-Chair(s):StephanUlamec,DeutschesZentrumfürLuft-undRaumfahrte.V.(DLR),Germany;SusanMcKenna-Lawlor,SpaceTechnology(Ireland)Ltd.,Ireland;Rapporteur(s):MarcD.Rayman,NASAJetPropulsionLaboratory,UnitedStates;NorbertFrischauf,TUGraz,Austria;

IAC-22.A3.4B.1THEESAHERAMISSIONTOTHENEAR-EARTHASTEROIDBINARY(65803)DIDYMOS:PLANETARYDEFENSEANDSCIENCEPatrick Michel, University of Nice-Sophia Antipolis, CNRS, Observatoire de la Cote d’Azur, France

IAC-22.A3.4B.2FORMATIONANALYSISOFTHEDIDYMOS-DIMORPHOSBINARYASTEROIDSYSTEMNicole Pallotta, Clarkson University, United States

IAC-22.A3.4B.4JANUS:LAUNCHINGANASASMALLSATMISSIONTOEXPLOREBINARYASTEROIDSJosh Hopkins, Lockheed Martin Corporation, United States

IAC-22.A3.4B.5ONE-SHOTIN-SITUDEPTHIMAGINGWITHASINGLEPLENOPTICCAMERAFORSMALLBODYLANDINGMISSIONSMartin Lingenauber, DLR, German Aerospace Center, Germany

IAC-22.A3.4B.6FEASIBILITYSTUDYONTHEPOSSIBILITYTOEXPLOREASTEROIDSDURINGAROBOTICEUROPAMISSIONGiovanni Grimaldi, Politecnico di Torino, Italy

IAC-22.A3.4B.7SIMULATIONOFTHEDETECTABILITYOFDIFFERENTSURFACEPROPERTIESWITHBISTATICRADAROBSERVATIONSJonas Krumme, Germany

IAC-22.A3.4B.8DARKO:DUSTANALYSISANDREMOTESENSINGOFKORDYLEWSKIDUSTCLOUDSFabrizio Giordano, Delft University of Technology (TU Delft), The Netherlands, The Netherlands

IAC-22.A3.4B.9OPTIMALPATHPLANNINGOFSWARMOFCUBESATSTOASTEROIDDETUMBLINGUSINGARTIFICIALINTELLIGENCEFahimeh Barzamini, K. N. Toosi University of Technology, Iran

IAC-22.A3.4B.10MISSIONARCHITECTUREANDSPACECRAFTDESIGNFORLONG-TERMCONTACTSTUDIESOFTHEINTERSTELLARASTEROID1I/OUMUAMUAOlga Bannova, University of Houston, United States

A3.5.SolarSystemExplorationincludingOceanWorlds

September 21 2022, 15:00 — N04Co-Chair(s):MariellaGraziano,GMVAerospace&DefenceSAU,Spain;JunichiroKawaguchi,AustralianNationalUniversity(ANU),Australia;Rapporteur(s):CharlesE.CockrellJr.,NationalAeronauticsandSpaceAdministration(NASA),UnitedStates;AlainOuellet,CanadianSpaceAgency,Canada;

IAC-22.A3.5.1MERCURYSAMPLERETURNMISSIONDESIGNUTILIZINGINNOVATIVESYSTEMSANDTECHNOLOGIESSapna Rao, Lockheed Martin (Space Systems Company), United States

IAC-22.A3.5.2EXPLORATIONOFVENUSUSINGBIOINSPIREDFLIER,BREEZENicholas Noviasky, University at Buffalo, United States

IAC-22.A3.5.3FISHER-X:ABIOINSPIREDROBOTICALTERNATIVEFORTHEEXPLORATIONOFTHEOCEANICENVIRONMENTONAJUPITER’SMOONBruno Cevallos, Universidad Científica del Sur, Peru

IAC-22.A3.5.4FEASIBILITYSTUDYOFAROBOTICSPACEMISSIONFORSEARCHINGTRACEOFLIFEONEUROPAMario Rizzi, Politecnico di Torino, Italy

IAC-22.A3.5.5PRELIMINARYDESIGNOFSAMPEI:SUBSURFACEACCESSANDMOBILITYPROBEFOREUROPAINVESTIGATIONLeonardo Ricci, Politecnico di Torino, Italy

IAC-22.A3.5.6DESIGNINGOFAMULTI-USESATELLITESTRUCTURETOSTUDYTITANSukhjit Singh, India

IAC-22.A3.5.8CASESTUDYONEXPLORATIONOFENCELADUSTHROUGHCONSTELLATIONOFCUBESATSVipul Mani, TU Berlin, Germany

IAC-22.A3.5.9STRATEGIESFOROCEANWORLDSSURFACEEXPLORATIONJavier Gomez-Elvira, Instituto Nacional de Tecnica Aeroespacial (INTA), Spain

IAC-22.A3.5.10ATECHNICALGUIDETOTHEARCANUMMISSION:AMULTIROLENEPTUNIANMISSION.Sophie Bulla, Conex Research, Germany

A4.51stIAASYMPOSIUMONTHESEARCHFOREXTRATERRESTRIALINTELLIGENCE(SETI)–TheNextSteps

Coordinator(s):ClaudioMaccone,InternationalAcademyofAstronautics(IAA)andIstitutoNazionalediAstrofisica(INAF),Italy;

A4.1.SETI1:SETIScienceandTechnology

September 19 2022, 10:15 — W04Co-Chair(s):AndreaMelis,INAF-IstitutoNazionalediAstroFisica,Italy;BeatrizVillarroel,UppsalaUniversity,Sweden;Rapporteur(s):FranckMarchis,SETIInstitute,UnitedStates;SteveCroft,UniversityCaliforniaBerkeley,UnitedStates;

IAC-22.A4.1.1KEYNOTE(PESEKLECTURE):BREAKTHROUGHLISTENSEARCHFORINTELLIGENTLIFEINTHEGALACTICPLANEWITHTHEPARKESTELESCOPEKaren Perez, Columbia University, United States

IAC-22.A4.1.2INTERFEROMETRICSETISEARCHESWITHTHEVERYLARGEARRAYANDMEERKATCherry Ng, University of Toronto, Canada

IAC-22.A4.1.3AUTOMATIONANDTARGETSELECTIONFORCOMMENSALSETIOBSERVINGDaniel Czech, University of California, Berkeley, United States

IAC-22.A4.1.4BREAKTHROUGHLISTENONTHEGREENBANKTELESCOPE-BIGDATASETIWITHABIGDISHSteve Croft, University California Berkeley, United States

IAC-22.A4.1.5GREENBANKTELESCOPETECHNOSIGNATURESEARCHOFTESSTARGETSOFINTERESTRaffy Traas, Berkeley SETI Research Center, United States

IAC-22.A4.1.6THEBREAKTHROUGHLISTENSEARCHFORINTELLIGENTLIFE:TECHNOSIGNATURESEARCHOFTRANSITINGTESSTARGETSOFINTERESTNoah Franz, Berkeley SETI Research Center, United States

IAC-22.A4.1.7THESARDINIARADIOTELESCOPEINTHEFRAMEWORKOFTHEBREAKTHROUGHLISTENPROGRAM:TECHNICAL&SCIENTIFICCOMMISSIONINGANDFIRSTRESULTSAndrea Melis, INAF - Istituto Nazionale di AstroFisica, Italy

IAC-22.A4.1.8SETIINDIA:ASEARCHFORTECHNO-SIGNATURESFROMEXTRATERRESTRIALLIFEUSINGUGMRT.Akshay Eranhalodi, Amity University Mumbai, India

IAC-22.A4.1.9ONTHEINTERPLANETARYMEDIUMINDUCEDSPECTRALBROADENINGOFTHEPUTATIVENARROWBANDSIGNALSFROMETI(EXTRATERRESTRIALINTELLIGENCE)Sagarika Rao Valluri, RNSIT Bangalore, India

IAC-22.A4.1.10EXTRAGALACTICSETIMike Garrett, University of Manchester, United Kingdom

IAC-22.A4.1.12UPPERBOUNDSONTECHNOEMISSIONRATESFROM60YEARSOFSILENCEClaudio Grimaldi, Ecole Polytechnique Fédérale de Lausanne (EPFL), Switzerland

IAC-22.A4.1.13KALMANFILTERSFORRADIOASTRONOMYNicolò Antonietti, INAF - IRA, Italy

IAC-22.A4.1.14ADEEPDIVEINTODE-DOPPLERALGORITHMSFORSETIKenneth Houston, Berkeley SETI Research Center, United States

IAC-22.A4.1.15ANINVESTIGATIONOFFASTRADIOBURSTSANDITSFEASIBILITYASTECHNOSIGNATUREKoena Maji, Manipal Institute of Technology, India

A4.2.SETI2:SETIandSociety

September 19 2022, 15:00 — W04Co-Chair(s):PaoloMusso,UniversityofInsubria,Italy;SteveCroft,UniversityCaliforniaBerkeley,UnitedStates;Rapporteur(s):NicoloAntonietti,PolitecnicodiTorino,Italy;

IAC-22.A4.2.1KEYNOTE(BILLINGHAMCUTTINGEDGELECTURE):ASIGNINSPACE:ANINTERDISCIPLINARYEXPLORATIONOFTHEPOTENTIALRECEPTIONOFANEXTRATERRESTRIALSIGNALDaniela De Paulis, The Netherlands

IAC-22.A4.2.2FIFTYYEARSOFSETIINTHEIAFDIGITALLIBRARYClaudio Maccone, International Academy of Astronautics (IAA) and Istituto Nazionale di Astrofisica (INAF), Italy

IAC-22.A4.2.3RADIOBRIDGESBYGRAVITATIONALLENSINGFROMALPHACENAOUTWARDINALLDIRECTIONSClaudio Maccone, International Academy of Astronautics (IAA) and Istituto Nazionale di Astrofisica (INAF), Italy

IAC-22.A4.2.4CIVILIZATIONSTHROUGHTHEEYEOFKARDASHEV:ANEXTENDEDSCALINGAnuj Soni, Spaceonova, India

IAC-22.A4.2.5ENGINEERINGSTELLARGRAVITATIONALLENSESFORINTERSTELLARCOMMUNICATIONANDARTIFACTSETIAkshat Mohite, India

IAC-22.A4.2.6NUMERICALUNCERTAINTYPROPAGATIONTOTHENUMBEROFPOSSIBLEGALACTICHABITABLEISLANDSINTHEMILKYWAYTeófilo Vargas, Universidad Nacional Mayor de San Marcos, Peru

IAC-22.A4.2.7SETISPACETELESCOPEMISSIONCONCEPTSDESIGNEDAROUNDUPCOMINGFULLY-REUSABLELAUNCHVEHICLESEric Michaud, Massachusetts Institute of Technology (MIT), United States

IAC-22.A4.2.8SPACESHIPSINSETIRESEARCHANDPOTENTIALFORSPACEFLIGHTTECHNOLOGYUgur Drguven, UN CSSTEAP, United Kingdom

IAC-22.A4.2.9AREWEALONE?PEOPLE’SPERCEPTIONONANEXOWORLD,ITSPLANETANDPOSSIBLELIFEONITSuresh Bhattarai, Nepal Astronomical Society (NASO), Nepal

IAC-22.A4.2.10MOONFARSIDEPROTECTIONFORSETIANDASTRONOMYClaudio Maccone, International Academy of Astronautics (IAA) and Istituto Nazionale di Astrofisica (INAF), Italy

IAC-22.A4.2.11THELEGALIMPLICATIONSOFBELONGINGTOANEXTRATERRESTRIALPOLITYMclee Kerolle, The Space Court Foundation Inc., United States

IAC-22.A4.2.12THEWORLDCONFIGURATIONIFALIENSWEREOURNEIGHBORSLéanne Fortuna, Université Paris-Sud 11 Faculté Jean Monnet, France

IAC-22.A4.2.13ASTROBIOLOGYIMMERSIVEVIRTUALFIELDTRIPCREATIONNOWASEASYASPOWERPOINTCarol Oliver, University of New South Wales, Australia

IAC-22.A4.2.14CETIACROSSTHEIRONCURTAINRebecca Charbonneau, National Radio Astronomy Observatory, United States

IAC-22.A4.2.15ROMANTICISMINSCIENCEASAFORMOFCOGNITIVEBIASANDSETIGabriel G. De la Torre, University of Cádiz, Spain

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A5.25thIAASYMPOSIUMONHUMANEXPLORATIONOFTHESOLARSYSTEM

Coordinator(s):ChristianSallaberger,CanadensysAerospaceCorporation,Canada;MariaAntoniettaPerino,ThalesAleniaSpaceItalia,Italy;

A5.1.HumanExplorationoftheMoonandCislunar Space

September 20 2022, 10:15 — W03Co-Chair(s):NadeemGhafoor,AvalonSpace,Canada;MichaelRaftery,BoeingDefenseSpace&Security,UnitedStates;Rapporteur(s):MarcHaese,DLR,GermanAerospaceCenter,Germany;

IAC-22.A5.1.1TOENABLEEQUALITYOFSCIENCEINTHESPACESECTORTHROUGHTHECASEOFDESIGNFORLUNARBASES.Coralie Lhabitant, France

IAC-22.A5.1.2ACANADIANPERSPECTIVEONEARLYPLANNINGFORGATEWAYUTILIZATIONLuc Lefebvre, Canadian Space Agency, Canada

IAC-22.A5.1.3DEVELOPMENTSOFSPACEDOSIMETRYSYSTEMSFORHUMANEXPLORATIONMISSIONSAttila Hirn, Hungary

IAC-22.A5.1.4LUNARBASEBUILDUPTIMELINEANDOPPORTUNITIESXavier Simon, The Boeing Company, United States

IAC-22.A5.1.5ENABLINGLONGDURATIONEXPLORATIONUSINGTHELARGEINTEGRATEDFLEXIBLEENVIRONMENT(LIFE)HABITATLoren McDaniel, Sierra Space, United States

IAC-22.A5.1.6OUTFITTINGALUNARLABORATORYTOPERFORMSCIENTIFICEXPERIMENTATIONTOSERVETHENEEDSOFTHESCIENTIFICCOMMUNITYONTHEMOONANDBEYONDAdriana Aiello, Nanoracks, Italy

IAC-22.A5.1.7AMODULARLUNARHOTELGiancarlo Genta, Politecnico di Torino, Italy

IAC-22.A5.1.8NEWSIMULATIONSFORRADIATIONSHIELDINGMATERIALSINLUNARHABITATSYulia Akisheva, Institut Supérieur de l’Aéronautique et de l’Espace (ISAE), France

IAC-22.A5.1.9LADE:AMOBILEHABITATPAVINGTHEWAYFORSUSTAINEDLUNAREXPLORATIONDaniele Florenzano, Politecnico di Milano, Italy

IAC-22.A5.1.10FROMREGOLITHTOREBAR:AREPORTOUTFROMANASASTMDLSICWORKSHOPONTHEIN-SITUEXTRACTIONANDSUBSEQUENTUSEOFMETALSONTHELUNARSURFACECharles Hibbitts, The John Hopkins University Applied Physics Laboratory, United States

IAC-22.A5.1.11THEDESIGNANDDEVELOPMENTOFLOWFREQUENCYCOMMUNICATIONSYSTEMFORLUNARSURFACEOPERATIONSTomasz Mis, Warsaw University of Technology (WUT), Poland

A5.2.HumanExplorationofMars

September 20 2022, 15:00 — W03Co-Chair(s):MariaAntoniettaPerino,ThalesAleniaSpaceItalia,Italy;KathyLaurini,Dynetics,UnitedStates;Rapporteur(s):NorbertFrischauf,TUGraz,Austria;

IAC-22.A5.2.1PLANETARYPROTECTIONPOLICYANDTECHNOLOGYDEVELOPMENTSFORTHECREWEDEXPLORATIONOFMARSJ Andy Spry, SETI Institute, United States

IAC-22.A5.2.2ARCHITECTUREREQUIREMENTSFORSAFEHUMANEXPEDITIONSTOMARSAzita Valinia, NASA Engineering and Safety Center (NESC), United States

IAC-22.A5.2.3CRITICALANALYSISANDREVIEWOFCURRENTMARSMISSIONSCENARIOSFORSPACEXSTARSHIPBjarne Westphal, TU Braunschweig, Germany

IAC-22.A5.2.418MONTHSOFMOXIE(MARSOXYGENISRUEXPERIMENT)OPERATIONSONTHESURFACEOFMARS-PREPARINGFORHUMANMARSEXPLORATIONJeffrey Hoffman, Massachusetts Institute of Technology (MIT), United States

IAC-22.A5.2.5MASSIVE:AFUELPRODUCTIONMISSIONINTHEFRAMEWORKOFMARTIANISRUSimone Poppi, Politecnico di Milano, Italy

IAC-22.A5.2.6EXOFORCE-1:AROBOTICEXOSKELETONSPACESUITFORMARTIANEXPLORATIONShashank Nagabhushan, R V College of Engineering, Bengaluru, India

IAC-22.A5.2.7SEMI-AUTONOMOUSGUIDANCE,NAVIGATIONANDCONTROLSYSTEMFORPLANETARYROVERSSimone Andolfo, Sapienza University of Rome, Italy

IAC-22.A5.2.8STUDYOFANINTERPLANETARYOPTICALCOMMUNICATIONSSYSTEMVIALASERBETWEENEARTHANDMARSBorja Pozo, IK4-TEKNIKER, Spain

IAC-22.A5.2.9RADIATIONSHIELDINGBUILDINGMETHODALON SHIKAR, DMARS - Desert Mars Analog Ramon Station, Israel

IAC-22.A5.2.10THENOPAL,APROPOSALTOHARVESTINSPACEAlvaro Regules, Universidad Nacional Autónoma de México (UNAM), Mexico

IAC-22.A5.2.11TOWARDSAUNIFIEDCOST-BENEFITASSESSMENTMETRICOFMISSION,STAKEHOLDER,ANDASTRONAUTVALUESIsaac Lipsky, University of California, Berkeley, United States

IAC-22.A5.2.12THEAPPLICATIONOFRADIATION,MICROOXIC,ANDCOLD-DROUGHTCHALLENGESINSIMULATEDINORGANICMARTIANREGOLITHWITHCYANOBACTERIAFORSELECTIVEBREEDINGOFFOODANDGRAINCROPA.HYPOCHONDRICUSFORINTERPLANETARYHUMANEXPLORATIONMISSIONS.Jake Bullard, United States

IAC-22.A5.2.13NEUROVESTIBULARRESPONSETOVIRTUALREALITYSENSORYPRESENTATIONINMIXED-GRAVITATIONALCONDITIONSKatie Harris, Memorial University of Newfoundland, Canada

A5.4-D2.8.SpaceTransportationSolutionsforDeep Space Missions

September 22 2022, 10:15 — S06Co-Chair(s):KennethBruceMorris,SierraSpace,UnitedStates;JosefWiedemann,MTAerospaceAG,Germany;Rapporteur(s):GerhardSchwehm,ESA(retired),TheNetherlands;

IAC-22.A5.4-D2.8.1(non-confirmed)INTERSTELLARTERMINALANDSTARSHIPASSEMBLYINTHEKUYPERBELTGiorgio Gaviraghi, Unispace Exponential Creativity, Italy

IAC-22.A5.4-D2.8.2NASAENVISIONEDFUTUREPRIORITIESFORIN-SPACETRANSPORTATIONJohn Dankanich, NASA, United States

IAC-22.A5.4-D2.8.3THECERESHUMANEXPLORATIONANDTRANSITARCHITECTURE(CHEATA):AMISSIONARCHITECTUREFORSMALLBODIESEXPLORATIONJessica Todd, Massachusetts Institute of Technology (MIT), United States

IAC-22.A5.4-D2.8.4MISSIONTOMARSUSINGSPACE-SOURCEDPROPELLANTJan Thoemel, University of Luxembourg, Luxembourg

IAC-22.A5.4-D2.8.5CRYOGENICELECTRONICSINDEEPSPACEMISSIONSAshly Thomas, Ramaiah Institute of Technology, India

IAC-22.A5.4-D2.8.6PROTECTIONAGAINSTRADIATIONWITHTHEUSEOFFUNGI-MULTIPURPOSEUSEOFMUSHROOMSEszter Gulacsi, International Space University (ISU), France

IAC-22.A5.4-D2.8.7USINGUPGRADEDVERSIONSOFCLOSEAPPROACHMANEUVERSASTRANSPORTATIONSOLUTIONSFORDEEPSPACEMISSIONSAntonio Fernando Bertachini Almeida Prado, Instituto Nacional de Pesquisas Espaciais (INPE), Brazil

IAC-22.A5.4-D2.8.8VASMIRENGINEMODULEFORINTERPLANETARYMISSIONS.Abhishek Singh, National Space Society (USA) -Mumbai chapter, India

IAC-22.A5.4-D2.8.9EXPLORATORYMISSIONTOHELIOPAUSEANDBEYONDFORPRECURSORTOINTERSTELLARSPACETRAVELUgur Drguven, UN CSSTEAP, United Kingdom

IAC-22.A5.4-D2.8.10(non-confirmed)COMPARATIVEASSESSMENTOFPATCHEDCONICMISSIONTOTITANVIS-A-VISCASSINIMISSIONDeepak Gaur, Amity School of Engineering, India

A6.20thIAASYMPOSIUMONSPACEDEBRIS

Coordinator(s):ChristopheBonnal,CentreNationald’EtudesSpatiales(CNES),France;RiccardoBevilacqua,Embry-RiddleAeronauticalUniversity,UnitedStates;

A6.1.SpaceDebrisDetection,TrackingandCharacterization-SST

September 22 2022, 13:45 — S04Co-Chair(s):MarkA.Skinner,TheAerospaceCorporation,UnitedStates;VladimirAgapov,RussianFederation;Rapporteur(s):ThomasSchildknecht,SwissSpaceAssociation,Switzerland;

IAC-22.A6.1.1MANEUVERINGINTOTHEFUTURE:OPEN-ARCHITECTUREDATAREPOSITORY(OADR)PROTOTYPE:TOWARDSCIVILANDCOMMERCIALSPACETRAFFICCOORDINATIONMark A. Skinner, The Aerospace Corporation, United States

IAC-22.A6.1.2THERMALINFRAREDMAGNITUDESOFLOWEARTHORBITSATELLITESPatrick Seitzer, University of Michigan, United States

IAC-22.A6.1.3LIGHTCURVEGENERATIONUSINGNEUROMORPHICEVENT-BASEDSENSORS.Andrew Jolley, Western Sydney University, Australia

IAC-22.A6.1.4ANEWGLOBALLASERRANGINGNETWORKFORSATELLITEANDDEBRISTRACKINGHira Virdee, Lumi Space, United Kingdom

IAC-22.A6.1.5DESIGNANDTESTOFANOPTICALDAYLIGHTTRACKINGCAPABILITYFORLEO,MEO,GEOPyanet Marine, ArianeGroup SAS, France

IAC-22.A6.1.6INCREASINGCAPABILITIESINAGROWINGRADARNETWORKBenedikt Reihs, LeoLabs, United States

IAC-22.A6.1.7OBSERVATIONANDANALYSISOFCOSMOS1408FRAGMENTATION.Andrea Muciaccia, Politecnico di Milano, Italy

IAC-22.A6.1.8ON-ORBITOPTICALDETECTIONOFLETHALNON-TRACKABLEDEBRISAndrew Nicholas, Naval Research Laboratory, United States

IAC-22.A6.1.9ON-ORBITSSA:BESPOKEANDMULTI-PURPOSEOPTICALSENSORSTOSUPPORTIN-ORBITSERVICINGGeorge Brydon, Astroscale Ltd, United Kingdom

IAC-22.A6.1.10DEBRISMITIGATIONFACILITY-SMALLFLUXUPDATESFROMIMPACTDETECTORSEsfandiar Farahvashi, Etamax Space GmbH, Germany

A6.2.ModelingandRiskAnalysis

September 20 2022, 15:00 — S04Co-Chair(s):MarlonSorge,TheAerospaceCorporation,UnitedStates;DanOltrogge,COMSPOCCorp.,UnitedStates;Rapporteur(s):CarmenPardini,ISTI-CNR,Italy;

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IAC-22.A6.2.1AMAPOFTHESTATISTICALCOLLISIONRISKINLEODarren McKnight, LeoLabs, United States

IAC-22.A6.2.2FINDINGTHEUPPERTHRESHOLDOFLEOACTIVITYTHATMAKESLONG-TERMSPACEOPERATIONSUNSUSTAINABLEGregory Henning, The Aerospace Corporation, United States

IAC-22.A6.2.3ANETWORK-BASEDRISKANALYSISFORSPACETRAFFICMANAGEMENTMatteo Romano, University of Namur (FUNDP), Belgium

IAC-22.A6.2.4SHOULDISTAYORSHOULDIGO?MACHINELEARNINGAPPLIEDTOCONJUNCTIONANALYSISCristina Pérez Hernández, CDTI (Centre for the development of Industrial Technology), Spain

IAC-22.A6.2.5SWOTREENTRY:MANEUVERSSTRATEGYANDRISKCOMPUTATIONAurélie Bellucci, Centre National d’Etudes Spatiales (CNES), France

IAC-22.A6.2.6APARTICIPATIVEAPPROACHTOSPACEDEBRISRISKANDMITIGATIONANALYSESVitali Braun, IMS Space Consultancy, Germany

IAC-22.A6.2.7PREDICTIONOFTHEDEBRISDISTRIBUTIONINLEOBASEDONALONG-TERMEVOLUTIONMODELOFTHESPACEENVIRONMENTYurun Yuan, Beijing Institute of Technology, China

IAC-22.A6.2.8MODELLINGTHERESILIENCEOFSPACEINFRASTRUCTURETOCOLLISIONSINSPACELucy Berthoud, University of Bristol, United Kingdom

IAC-22.A6.2.9ACRAMER-RAOLOWERBOUND-BASEDEVALUATIONOFSPACESURVEILLANCENETWORKDATAFORCOLLISIONRISKASSESSMENTSanat K Biswas, IIIT Delhi, India

IAC-22.A6.2.10SIMULATIONSOFSATELLITESMOCK-UPFRAGMENTATIONLorenzo Olivieri, CISAS “G. Colombo” - University of Padova, Italy

A6.3.Impact-InducedMissionEffectsandRiskAssessments

September 20 2022, 10:15 — S04Co-Chair(s):DarrenMcKnight,LeoLabs,UnitedStates;ZizhengGong,BeijingInstituteofSpacecraftEnvironmentEngineering,ChinaAcademyofSpaceTechnology(CAST),China;Rapporteur(s):Jean-ClaudeTraineau,OfficeNationald’EtudesetdeRecherchesAérospatiales(ONERA),France;

IAC-22.A6.3.3THESHORT-TERMIMPACTOFTHECOSMOS1408FRAGMENTATIONONNEIGHBORINGSPACEREGIONS:FROMINHABITEDSPACESTATIONSTOLARGESATELLITECONSTELLATIONSCarmen Pardini, ISTI-CNR, Italy

IAC-22.A6.3.4IMPACTFRAGMENTSFROMHONEYCOMBSANDWICHPANELSLorenzo Olivieri, CISAS “G. Colombo” - University of Padova, Italy

IAC-22.A6.3.5SOLVINGSPACEMYSTERIES-BESTPRACTICESFORDETERMININGROOTCAUSEOFSPACECRAFTANOMALIESDarren McKnight, LeoLabs, United States

IAC-22.A6.3.6EXPERIMENTALINVESTIGATIONONTHEDAMAGEBEHAVIOUROFHONEYCOMBSANDWICHWITHKEVLAREPOXYCOMPOSITEFACESHEETSUNDERHIGHVELOCITYIMPACTATELEVATEDTEMPERATURESVenkattesh Kumar M, SASTRA University, India

IAC-22.A6.3.7INITIALSTUDYFORTHERESPONSEOFTI-6AL-4VPLATEUSEDINTANKMATERIALKumi Nitta, Japan Aerospace Exploration Agency (JAXA), Japan

IAC-22.A6.3.8EXPERIMENTDESIGNOFAPAYLOADFORASUB-ORBITALROCKETTOSTUDYSPACECRAFTREPAIRAFTERSPACEDEBRISIMPACTSLeonardo Barilaro, Malta

IAC-22.A6.3.9NUMERICALSTUDYOFWHIPPLESHIELD’SSPALLATIONFAILURECAUSEDBYHYPERVELOCITYIMPACTAT8KM/SYixiao Li, China Aerospace Science and Industry Corporation (CASIC), China

IAC-22.A6.3.10MODELLINGHYPERVELOCITYIMPACTSONWHIPPLESHIELDSUSINGACOUPLEDFINITEELEMENT-DISCRETEELEMENTMETHODRannveig Marie Færgestad, Norwegian University of Science and Technology, Norway

A6.4.Mitigation-Tools,TechniquesandChallenges-SEM

September 19 2022, 15:00 — S04Co-Chair(s):PierreOmaly,CNES,France;SatomiKawamoto,JapanAerospaceExplorationAgency(JAXA),Japan;Rapporteur(s):HolgerKrag,EuropeanSpaceAgency(ESA),Germany;

IAC-22.A6.4.1EVALUATIONOFTHESHAREOFTHESPACECAPACITYSHAREUSEDBYAMISSIONCamilla Colombo, Politecnico di Milano, Italy

IAC-22.A6.4.2PROCEDUREFORTHEASSESSMENTOFTHESPACEDEBRISENVIRONMENTIMPACTOFAMISSIONFrancesca Letizia, European Space Agency (ESA), Germany

IAC-22.A6.4.3SUSTAINABILITY:THINKINGBEYONDORBITDharshun Sridharan, Australia

IAC-22.A6.4.4THEIMPACTASSESSMENTOFACCIDENTALEXPLOSIONSOFLARGECONSTELLATIONSONLOWEARTHORBITENVIRONMENTRyusuke Harada, Japan Aerospace Exploration Agency (JAXA), Japan

IAC-22.A6.4.5INSPECTIONOFACTIVESATELLITESWITHCUBESATS:THESROC+MISSIONSabrina Corpino, Politecnico di Torino, Italy

IAC-22.A6.4.6DEVELOPMENTANDVALIDATIONOFDRAGSAILSFORSPACEDEBRISMITIGATIONZaria Serfontein, Cranfield University, United Kingdom

IAC-22.A6.4.7EARLYIDENTIFICATIONANDATTITUDERECONSTRUCTIONOFLED-EQUIPPEDSATELLITESFORSPACETRAFFICMANAGEMENTANDIMPROVEDTRACKABILITYPaolo Marzioli, Sapienza University of Rome, Italy

IAC-22.A6.4.8REFLECTOR-BASEDATTITUDEDETECTIONSYSTEMMichael Steindorfer, Space Research Institute, Austrian Academy of Sciences, Austria

IAC-22.A6.4.9DESIGNOFHIGHALTITUDEINCLINEDORBITCONSTELLATIONSACCOUNTINGFORTHEEFFECTOFORBITALPERTURBATIONSONMISSIONANDDISPOSALOBJECTIVESChelsea Thangavelu, Aerospace Corporation, United States

IAC-22.A6.4.10COMMUNITYPOLLINGRESULTSINTANDEMWITHTHELEOKINETICSPACESAFETYWORKSHOPMoataz AbdelAzim, LeoLabs, United States

IAC-22.A6.4.11THEFRENCHSPACEOPERATIONACTTECHNICALREGULATIONANDASSOCIATEDGOODPRACTICESINTHEFIELDOFORBITALSPACECRAFT’S.WHEREAREWEANDWHEREDOWEGO?Nicolas Pillet, Centre National d’Etudes Spatiales (CNES), France

A6.5.PostMissionDisposalandSpaceDebrisRemoval1-SEM

September 21 2022, 10:15 — S04Co-Chair(s):BalbirSingh,ManipalInstituteofTechnology,ManipalAcademyofHigherEducation,India;RobertoOpromolla,UniversityofNaples“FedericoII”,Italy;Rapporteur(s):LaurentFrancillout,CNES,France;

IAC-22.A6.5.1OPERATIONALPROGRESSUPDATEONTHEELSA-DDEBRISREMOVALMISSIONJason Forshaw, Astroscale Ltd, United Kingdom

IAC-22.A6.5.2IMPACTOFMISSIONPARAMETERSONTHEPREFERREDVARIANTOFLARGESPACEDEBRISTRANSFERTOTHEDISPOSALORBITDmitriy Grishko, Bauman Moscow State Technical University, Russian Federation

IAC-22.A6.5.3EXPLOITATIONOFTHERMALRADIATIONRESONANCEFORDEORBITATIONOFSPACECRAFTTHROUGHATTITUDECONTROLCatherine Massé, McGill University, Canada

IAC-22.A6.5.4BRIDGINGTHEDOMAINSHIFTOFCNN-BASEDPOSEESTIMATIONSYSTEMSINACTIVEDEBRISREMOVALSCENARIOSLorenzo Pasqualetto Cassinis, Delft University of Technology (TU Delft), The Netherlands

IAC-22.A6.5.5ANADVANCEDTOOLTODETERMINETHEAPPARENTROTATIONPERIODOFASPACEOBJECTFROMAFUSIONOFMEASUREMENTSGuillaume Quint, GMV Innovating Solutions, France

IAC-22.A6.5.6INERTIATENSORESTIMATIONOFTETHEREDDEBRISTHROUGHTETHERTRACKINGDerek Bourabah, University at Buffalo, United States

IAC-22.A6.5.7ANALYSISOFPOST-MISSIONDISPOSALSTRATEGIESFORROCKETBODIESLucía Ayala Fernández, Technische Universität Braunschweig, Germany

IAC-22.A6.5.8DEPLOYMENTFUNCTIONALTESTSOFANELECTRODYNAMICTAPEFORSPACEDEBRISMITIGATIONAlice Brunello, CISAS “G. Colombo” - University of Padova, Italy

IAC-22.A6.5.9PHASESPACEEVOLUTIONOFATUMBLINGSOLARSAILANDIMPLICATIONSFOREND-OF-LIFEDEORBITINGMakrina Agaoglou, Consejo Superior de Investigaciones Científicas (CSIC), Spain

IAC-22.A6.5.10DEBRISSWEEPERINHIGHORBIT-DEBRISBUMPERTHATDONOTGENERATEEJECTA-Satomi Kawamoto, Japan Aerospace Exploration Agency (JAXA), Japan

A6.6.PostMissionDisposalandSpaceDebrisRemoval2-SEM

September 21 2022, 15:00 — S04Co-Chair(s):MarkoJankovic,DFKIGmbH,RoboticsInnovationCenter,Germany;DmitriyGrishko,BaumanMoscowStateTechnicalUniversity,RussianFederation;Rapporteur(s):JohnAuburn,AstroscaleLtd,UnitedKingdom;

IAC-22.A6.6.1EXPERIMENTALVALIDATIONOFINERTIAPARAMETERSANDATTITUDEESTIMATIONOFUNCOOPERATIVESPACETARGETSUSINGSOLIDSTATELIDARAlessia Nocerino, University of Naples “Federico II”, Italy

IAC-22.A6.6.2DYNAMICSANALYSISANDOPTIMALSTRATEGYOFPYRAMIDDEORBITSAILRuonan Zhang, Beijing Institute of Technology, China

IAC-22.A6.6.3OPTIMALDEBRISREMOVALSEQUENCEWITHMULTIPLESPACECRAFTSUSINGNON-POPULATIONGRADIENTSEARCHLiqiang Hou, Shanghai Jiaotong University, China

IAC-22.A6.6.4DYNAMICMODELANDSYSTEMDESIGNOFA1UCUBESATDRAGSAILMODULELuca Diazzi, Politecnico di Milano, Italy

IAC-22.A6.6.5HYBRIDBRAKINGSYSTEMFORLARGESPACEDEBRISOBJECTSTOACCELERATEDEGRADATIONOF25-YEARSDISPOSALORBITVictoria Mayorova, Bauman Moscow State Technical University, Russian Federation

IAC-22.A6.6.6TOWARDSTHEOBSERVATIONANDREMOVALOFANUPPERSTAGEROCKETBODY–THEJAXA-ASTROSCALEADRAS-JMISSIONMike Lindsay, Astroscale Pte. LTD, Japan

IAC-22.A6.6.7REMOVEDEBRIS,MISSIONACCOMPLISHEDANDLESSONLEARNTGuglielmo Aglietti, University of Auckland, New Zealand

IAC-22.A6.6.8DYNAMICSANDCONTROLOFSPACEDEBRISWITHFLEXIBLEAPPENDAGESDURINGCONTACTLESSIONBEAMTRANSPORTATIONVladimir S. Aslanov, Samara National Research University (Samara University), Russian Federation

IAC-22.A6.6.9ANEND-OF-LIFECOLDGASCONTROLSYSTEMFORSMALLSATELLITESAlina Toidjanov, University of Manitoba, Canada

IAC-22.A6.6.10FACILITATINGACTIVEDEBRISREMOVALWITHHIGHTEMPERATURESUPERCONDUCTINGMAGNETS.Adam Baker, Rocket Engineering Ltd., United Kingdom

A6.7.OperationsinSpaceDebrisEnvironment,SituationalAwareness-SSA

September 18 2022, 15:15 — S04Co-Chair(s):VincentMartinot,ThalesAleniaSpaceFrance,France;T.S.Kelso,COMSPOCCorp.,UnitedStates;Rapporteur(s):NoeliaSanchezOrtiz,Barrabes.biz,Spain;

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IAC-22.A6.7.1APAN-EUROPEANEXPERTCENTRESERVICEANDCOORDINATIONFACILITYINSUPPORTOFSPACESURVEILLANCEChristophe Paccolat, Astronomical Institute of the University of Bern, Switzerland

IAC-22.A6.7.2MITIGATINGCUBESATCONFUSION:FURTHERRESULTSOFIN-FLIGHTTECHNICALDEMONSTRATIONSOFCANDIDATETRACKINGANDIDENTIFICATIONTECHNOLOGIESMark A. Skinner, The Aerospace Corporation, United States

IAC-22.A6.7.5MULTIPLESPACEOBJECTTRACKINGUNDEREPISTEMICUNCERTAINTYHan Cai, Beijing Institute of Technology, China

IAC-22.A6.7.6GEOTRACKER-AUTOMATIONOFCATALOGUEMAINTENANCEANDTRACKINGCAPABILITIESWITHARTIFICIALINTELLIGENCEFORSPACESITUATIONALAWARENESSRomain Bourrier, ArianeGroup SAS, France

IAC-22.A6.7.7AUSECASESTUDYONPROVENANCE-BASEDDATAASSESSMENTSFORMISSIONCRITICALSOFTWARESYSTEMSMartin Stoffers, German Aerospace Center (DLR), Germany

IAC-22.A6.7.8FIRSTRESULTSOFESA’SCOLLISIONRISKASSESSMENTANDAUTOMATEDMITIGATIONPROGRAMMEVolker Schaus, IMS Space Consultancy, Germany

IAC-22.A6.7.10SINGLE-AVERAGEDMODELSFORLOW-THRUSTCOLLISIONAVOIDANCEUNDERUNCERTAINTIESJuan Luis Gonzalo, Politecnico di Milano, Italy

A6.8-E9.1.Political,Legal,InstitutionalandEconomicAspectsofSpaceDebrisMitigationandRemoval-STMSecurity

September 22 2022, 10:15 — S04Co-Chair(s):DavidSpencer,TheAerospaceCorporation,UnitedStates;SergePlattard,UniversityCollegeLondon(UCL),UnitedKingdom;TanjaMasson-Zwaan,InternationalInstituteofAirandSpaceLaw,LeidenUniversity,TheNetherlands;Rapporteur(s):VictoriaSamson,SecureWorldFoundation,UnitedStates;EmmaKerr,DeimosSpaceUKLtd,UnitedKingdom;

IAC-22.A6.8-E9.1.1KEYNOTE:ADDRESSINGSPACEDEBRIS:ASIMPLEBEGINNINGTOAVERYCOMPLEXPROBLEMHenry Hertzfeld, Space Policy Institute, George Washington University, United States

IAC-22.A6.8-E9.1.2BRIDGINGNATIONALANDINTERNATIONALEFFORTSONSPACEDEBRISREMEDIATIONBrian Weeden, Secure World Foundation, United States

IAC-22.A6.8-E9.1.3SPACETRAFFICMANAGEMENTASANECESSITYFORFUTUREORBITALOPERATIONS-AFRENCHPERSPECTIVEJean-Youri Marty, CNES, France

IAC-22.A6.8-E9.1.4GAININGNATIONALSUPPORTFORSPACESUSTAINABILITY-THEUKAPPROACHJacob Geer, UK Space Agency, United Kingdom

IAC-22.A6.8-E9.1.5ANEUAPPROACHFORSPACETRAFFICMANAGEMENT:UPDATEDINSTRUMENTSTOTACKLERISINGCHALLENGESGiulia Pavesi, KU Leuven – University of Leuven, Belgium

IAC-22.A6.8-E9.1.7IDENTIFYINGCRITICALLEOKINETICSPACESAFETYACTIVITIESDarren McKnight, LeoLabs, United States

IAC-22.A6.8-E9.1.8THESPACESUSTAINABILITYRATING:ANOPERATIONALPROCESSINCENTIVIZINGOPERATORSTOIMPLEMENTSUSTAINABLEDESIGNANDOPERATIONPRACTICESAdrien Saada, Ecole Polytechnique Fédérale de Lausanne (EPFL), Switzerland

IAC-22.A6.8-E9.1.9QUESTIONSOFFAULTLIABILITY:ACASESTUDYANALYSISOFIN-ORBITCOLLISIONSWITHDEBRISAndrea Capurso, LUISS Guido Carli University, Italy

IAC-22.A6.8-E9.1.10FINANCIALINCENTIVESFORDEBRISREMOVALSERVICESMorgane Lecas, Astroscale Ltd, United Kingdom

IAC-22.A6.8-E9.1.11LIGHTINGUPDOWNUNDER:ASCIENCEANDTECHNOLOGYSTUDIESEXAMINATIONOFPOLICY,LEGALANDORGANISATIONALCHALLENGESENCOUNTEREDDURINGTHEDEVELOPMENTOFACTIVEDEBRISREMOVALTECHNOLOGYINAUSTRALIAAnnie Handmer, The University of Sydney, Australia

IAC-22.A6.8-E9.1.12ORBITALDEBRISCOMPLIANCECONTINUUM–REGULATIONASASERVICEJonathan Mitchell, New Zealand Space Agency, New Zealand

IAC-22.A6.8-E9.1.13THEENHANCEDECONOMICS,INCENTIVES,ANDMULTINATIONALCOOPERATIONENABLEDBYREFUELINGARCHITECTURESCENTEREDAROUNDDEBRISCLUSTERSFORSUSTAINABLEACTIVEDEBRISREMOVALAiden O’Leary, Orbit Fab, United States

A6.9.OrbitDeterminationandPropagation-SST

September 19 2022, 10:15 — S04Co-Chair(s):JanSiminski,ESA-EuropeanSpaceAgency,Germany;JuanCarlosDoladoPerez,CentreNationald’EtudesSpatiales(CNES),France;Rapporteur(s):PaoloMarzioli,SapienzaUniversityofRome,Italy;

IAC-22.A6.9.1APPLYINGGRAPH-BASEDCLUSTERINGTOTRACKLET-TRACKLETCORRELATIONFranziska Griese, German Aerospace Center (DLR), Germany

IAC-22.A6.9.2AMULTIFIDELITYAPPROACHTOROBUSTORBITDETERMINATIONAlberto Fossà, Institut Supérieur de l’Aéronautique et de l’Espace (ISAE), France

IAC-22.A6.9.3POLYNOMIALALGEBRAFORUNCERTAINTYPROPAGATIONINEQUINOCTIALORBITALELEMENTSMax Hallgarten La Casta, Imperial College London, United Kingdom

IAC-22.A6.9.4DETECTIONOFSATELLITEMANOEUVRESUSINGNON-LINEARKALMANFILTERSONPASSIVE-OPTICALMEASUREMENTSChristoph Bergmann, Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany

IAC-22.A6.9.5MODERNMETHODSFORCOLLISIONRISKASSESMENTDaniel Saez-Bo, GMV Aerospace & Defence SAU, Spain, Spain

IAC-22.A6.9.6UNCERTAINTYREDUCTIONFORSPACEOBJECTSCOLLISIONANALYSISBYPRECISEORBIT:ACASESTUDYOFSPACEDEBRISAPPROACHINGQ-SATPu Huang, Tsinghua University, China

IAC-22.A6.9.7UNCERTAINTYEVALUATIONTOOLFORMEDIUM-TERMLOW-EARTHORBITPROPAGATIONGiorgio Isoletta, University of Naples “Federico II”, Italy

IAC-22.A6.9.8SSAOBSERVATIONCAMPAIGNOFTHEELSA-DMISSIONToby Harris, Astroscale Ltd, United Kingdom

IAC-22.A6.9.9LUNAROBSERVEREFFICACYFORNRHOTARGETTRACKINGSamuel Fedeler, Colorado Center for Astrodynamics Research, University of Colorado, United States

IAC-22.A6.9.10APPLICATIONOFTHEOPTIMALMAINTENANCEANDSURVEYTASKING(OMST)STRATEGYATTHETELESCOPENETWORKSMARTNETJohannes Herzog, Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany

A7.IAFSYMPOSIUMONONGOINGANDNEARFUTURESPACEASTRONOMYANDSOLAR-SYSTEMSCIENCEMISSIONS

Coordinator(s):PietroUbertini,INAF,Italy;EricWille,ESA,TheNetherlands;

A7.1.SpaceAstronomymissions,strategiesandplans

September 21 2022, 10:15 — E04BCo-Chair(s):EricWille,ESA,TheNetherlands;PietroUbertini,INAF,Italy;Rapporteur(s):MariaCristinaFalvella,ItalianSpaceAgency(ASI),Italy;

IAC-22.A7.1.1SATELLITECONSTELLATIONSOBSERVATORIESFORGEOHAZARDSMONITORINGANDEARLYWARNINGAPPLICATIONSRoberto Battiston, University of Trento, Italy

IAC-22.A7.1.3PLATOPASSESITSCRITICALMILESTONEREVIEW:\\GREENLIGHTFORPRODUCTIONOFFLIGHTHARDWARE,\\SPACECRAFTSTATUSANDOVERVIEWAnneke Monsky, OHB System AG-Bremen, Germany

IAC-22.A7.1.4THEASTRONOMICALLUNAROBSERVATORY(ALO)-PROBINGTHECOSMOLOGICALDARKAGESANDCOSMICDAWNWITHADISTRIBUTEDLOW-FREQUENCYRADIOARRAYONTHELUNARFARSIDEMarc Klein Wolt, Radboud University Nijmegen, The Netherlands

IAC-22.A7.1.5THENEXTGENERATIONARECIBOTELESCOPE-APOWERFULCONCEPTFORASTRONOMICALDISCOVERY,SPACESCIENCESANDPLANETARYDEFENSE.Francisco Cordova, University of Central Florida (UCF), United States

IAC-22.A7.1.6SAPIENZAS5LABSTUDENTDRIVENSMALL-SCALESPACEMISSIONSANDEXPERIMENTSPaolo Marzioli, Sapienza University of Rome, Italy

IAC-22.A7.1.7TRACINGTHEEVOLVINGSCIENTIFICANDMEDIAIMPACTOFSPACESCIENCEMISSIONSLindsey Wiser, Arizona State University, United States

IAC-22.A7.1.8STEPI:THEPATHFINDERMISSIONTOSEARCHFORTERRESTRIALEXO-PLANETSDing Chen, Shanghai Academy of Spaceflight Technology (SAST), China Aerospace and Technology Corporation (CASC), China

A7.2.ScienceGoalsandDriversforFutureExoplanet,SpaceAstronomyandSpacePhysics

September 22 2022, 10:15 — E04BCo-Chair(s):PietroUbertini,INAF,Italy;MariaCristinaFalvella,ItalianSpaceAgency(ASI),Italy;Rapporteur(s):EricWille,ESA,TheNetherlands;

IAC-22.A7.2.1BUILDINGASOLARRADIOSPECTROMETERMohammad Baker Rihan, Sharjah Academy for Astronomy, Space Sciences and Technology (SAASST), United Arab Emirates

IAC-22.A7.2.2PREDICTINGEXOPLANETSUSINGPREDICTIVEANALYSISNEURALNETWORKVijayalakshmi V, ASTROPHYSICAST, India

IAC-22.A7.2.3ACCRETIONENVIRONMENTINSGHMXBWITHSMALLSATELLITESAntonios Manousakis, Sharjah Academy for Astronomy, Space Sciences and Technology (SAASST), United Arab Emirates

IAC-22.A7.2.4REDEFINEDAPPROACHTOHABITABILITYASSESSMENTOFEXOPLANETS.Abdul Ahad, India

IAC-22.A7.2.5OPTIMIZATIONOFPARTICLE-IN-CELLCODEFORTHESTUDYOFSOLARWIND-SPACECRAFTINTERACTIONTHROUGHPARTICLEREZONINGJorge Alberto Garcia Perez, Department of Engineering, The University of Tokyo, Japan

IAC-22.A7.2.7NEWAPPROACHINTOUNDERSTANDINGTHECORRELATIONBETWEENSOLARACTIVITYANDSUNSPOTAREA(SSA)Prateek Boga, SASTRA University, India

IAC-22.A7.2.9DETECTIONPOSSIBILITYOFCOSMICRELICNEUTRINOSIGNALSANDGATETOCONSTRUCTIONOFRELICNEUTRINOTELESCOPEVali Huseynov, Azerbaijan National Academy of Sciences, Azerbaijan

A7.3.TechnologyNeedsforFutureMissions,Systems,andInstruments

September 22 2022, 13:45 — 731/732Co-Chair(s):EricWille,ESA,TheNetherlands;MariaCristinaFalvella,ItalianSpaceAgency(ASI),Italy;Rapporteur(s):PietroUbertini,INAF,Italy;

IAC-22.A7.3.1HIPTCADUALSTAGECRYOCOOLERFOR10K-40KCOOLINGOFSCIENCEPAYLOADSPierre-Olivier MINE, Air Liquide, France

IAC-22.A7.3.2DESIGNANDDEVELOPMENTOFVINEROBOTFORTHEEXPLORATIONOFMARSANDTITAN.Vanshika Vanshika, Spaceonova, India

IAC-22.A7.3.3THEMETHODANDRESULTOFTHECENTEROFMASSCALIBRATIONOF“TAIJI-1”DURINGITSEXTENDEDTASKSJianfeng Deng, Shanghai Jiao Tong University, China

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IAC-22.A7.3.4DESIGNANDTESTINGOFA3UCUBESATTOTESTTHEIN-SITUVETOINGFORTHENUSOLSOLARNEUTRINODETECTORJonathan Folkerts, Wichita State University, United States

IAC-22.A7.3.5PERFORMANCEANDCHARACTERISTICSOFTHENEWTESSERACTHIGH-STABILITYMAGNETOMETERDESIGNFORAPPLICATIONSONMAGNETOSPHERICSCIENCEMISSIONSKenton Greene, University of Iowa, United States

IAC-22.A7.3.6OPTICALCOATINGHERITAGE&TECHNOLOGYADVANCEMENTSFORSPACEEXPLORATIONDavid Harrison, United States

IAC-22.A7.3.7SPICA–ASPACEINFRAREDTELESCOPE:TECHNICALCHALLENGESFORPLATFORMTOSUPPORTHIGH-PERFORMINGINFRAREDTELESCOPEMasaki Nagai, OHB System AG, Germany

IAC-22.A7.3.8THEARCANUMTELESCOPE:ASPACEOBSERVATIONPLATFORMONTHEOUTERSOLARSYSTEMJesus Galinzoga, Conceptual Exploration Research, Russian Federation

IAC-22.A7.3.9SEASLUGG-STUDENTEXPERIMENTAGAIN:SUBMARINELAUNCHEDINTOΜGRAVITYFROMGDANSKSzymon Krawczuk, Gdansk University of Technology, Poland

IAC-22.A7.3.10DEVELOPMENTANDSUBORBITALVALIDATIONOFTECHNOLOGIESFORDIRECTIMAGINGOFNEARBYEXOPLANETARYSYSTEMSINREFLECTEDVISIBLEWAVELENGTHSSupriya Chakrabarti, University of Massachusetts, United States

IAC-22.A7.3.11ANEMERGINGHYBRIDTECHNOLOGYTOWARDULTRA-LIGHT&SELF-CORRECTING“LIVE”MIRRORS,DEDICATEDTOIMAGINGEXO-PLANETS–THEELFPROJECTKritsadi Thetpraphi, INSA de Lyon, France

IAC-22.A7.3.12THEELFPROJECT:PERFORMANCEOFANEXTREMEADAPTIVEOPTICSSYSTEMCOMPENSATINGFORATMOSPHERICTURBULENCE,COPHASINGADILUTEDPUPILANDPERFORMINGDARKHOLECORONOGRAPHYINORDERTOREACHHIGHCONTRASTEXOPLANETDIRECTDETECTIONMaud Langlois, CNRS, France

IAC-22.A7.3.13DEFININGTHESOLUTIONSPACEFORAUTONOMOUSCONTROLOFIN-SITUASTROBIOLOGYMISSIONSCaitlyn Singam, University of Maryland - College Park, United States

B1.IAFEARTHOBSERVATIONSYMPOSIUM

Coordinator(s):AndrewCourt,TNO,TheNetherlands;HarryA.Cikanek,NationalOceanicandAtmosphericAdministration(NOAA),UnitedStates;

B1.1.InternationalCooperationinEarthObservationMissions

September 18 2022, 15:15 — W02Co-Chair(s):MukundKadursrinivasRao,NationalInstituteofAdvancedStudies(NIAS),India;JoséGaviraIzquierdo,EuropeanSpaceAgency(ESA),TheNetherlands;Rapporteur(s):BrentSmith,NationalOceanicandAtmosphericAdministration(NOAA),UnitedStates;

IAC-22.B1.1.1(non-confirmed)KEYNOTE:COMMITTEEONEARTHOBSERVATIONSATELLITES(CEOS):2022REPORTOFACTIVITIESTOTHE73RDINTERNATIONALASTRONAUTICALCONGRESSSelma CHERCHALI, CNES, France

IAC-22.B1.1.2NASA-ESACOOPERATIONFOREARTHOBSERVATION:THESBGANDCHIMEHYPERSPECTRALMISSIONSValentina Boccia, ESA - European Space Agency, Italy

IAC-22.B1.1.3ASYSTEMSENGINEERINGAPPROACHTOSTUDYROBUSTNESSOFTHEEARTHOBSERVATIONSATELLITENETWORKFORADDRESSINGTHEUNSUSTAINABLEDEVELOPMENTGOALSOlabamiji Olojo, University of Strathclyde / Mechanical and Aerospace Engineering, United Kingdom

IAC-22.B1.1.4SENTINEL-6/JASON-CS:INTERNATIONALPARTNERSHIPBUILDINGTHEUNPRECEDENTEDLONGTERMDATACONTINUITYFOROCEANSURFACETOPOGRAPHYEARTHOBSERVATIONJulia Figa Saldana, EUMETSAT, Germany

IAC-22.B1.1.5VENUSMISSION:RESULTSANDPERSPECTIVESFORANEWOPTICAL1-DAYREVISITMISSIONJEAN-LOUIS RAYNAUD, Centre National d’Etudes Spatiales (CNES), France

IAC-22.B1.1.6(non-confirmed)INTER-CONTINENTALCOOPERATIONSANDSYNERGIESONGEOSPATIALAPPLICATIONSTOSUPPORTWATERRESOURCESMANAGEMENTANDWATERSUSTAINABILITYINAFRICAManuel Ntumba, Space Generation Advisory Council (SGAC), Austria

IAC-22.B1.1.7THESPECTRALSENSOROFTHEKANYINIMISSIONANDTHEPOTENTIALSOUTHAUSTRALIANAPPLICATIONSMarco Esposito, Cosine Remote Sensing B.V., The Netherlands

IAC-22.B1.1.8COLLABORATIONSUTILIZINGEARTHOBSERVATIONDATAINAFRICAANDTHEMIDDLEEASTKaitlyn Holm, University of Pennsylvania, United States

IAC-22.B1.1.9STATUSOFTHEMETEOSAT3RDGENERATION(MTG)ANDEPS2NDGENERATION(EPS-SG)SYSTEMSANDFUTUREMISSIONOPPORTUNITIESCristian Bank, EUMETSAT, Germany

B1.2.FutureEarthObservationSystems

September 20 2022, 10:15 — W02Co-Chair(s):TimoStuffler,OHBSystemAG,Germany;AlainGleyzes,CNES,France;Rapporteur(s):GunterSchreier,DeutschesZentrumfürLuft-undRaumfahrte.V.(DLR),Germany;

IAC-22.B1.2.1SCARBO:ACONSTELLATIONOFSMALLSATELLITESFORTHEMONITORINGOFANTHROPOGENICGREENHOUSEGASESLaure Brooker Lizon-Tati, Airbus Defence and Space, France

IAC-22.B1.2.2CHORUS–CHANGINGHOWANDWHENYOUSEETHEWORLDMark Senez, MDA, Canada

IAC-22.B1.2.3THEMTG-IRSINSTRUMENT:ABREAKTHROUGHFORMETEOROLOGICALAPPLICATIONSANDDETECTIONOFEXTREMEWEATHEREVENTSFrancesc Lucas Carbó, OHB System AG, Germany

IAC-22.B1.2.4SURFACEWATERANDOCEANTOPOGRAPHY(SWOT)MISSIONREADINESSSTATUSTHIERRY LAFON, CNES, France

IAC-22.B1.2.5ENMAP:THEGERMANSPACEBORNEIMAGINGSPECTROSCOPYMISSIONRicarda Wernitz, DLR, German Aerospace Center, Germany

IAC-22.B1.2.6FUTUREEOSYSTEM:THEFIRSTOPERATIONALSUBMETERCCDCAMERACONSTELLATIONWITH138MICROSATELLITESAlexandre Wiefels, China HEAD Aerospace Technology Co., France

IAC-22.B1.2.7THEMICROCARBMISSION,ANINNOVATIVEPATHFINDERTOCO2MONITORINGPhilippe Landiech, Centre National d’Etudes Spatiales (CNES), France

IAC-22.B1.2.8THEARCTICWEATHERSATELLITEINSTRUMENTANDMISSIONAnders Emrich, Sweden

IAC-22.B1.2.9TERRASPACELABSATELLITESTOIMPROVETHETEMPORALANDSPATIALRESOLUTIONOFEARTHOBSERVATIONINSWIRANDMWIRDIAPASONGregoriy Kaplan, Terra Space Lab., Israel

IAC-22.B1.2.10HIVE,ANAGILEMICROSATELLITECONSTELLATIONFORTHERMALINFRAREDEARTHOBSERVATIONENABLING“MORECROPPERDROP”.Riccardo Benvenuto, ConstellR GmbH, Germany

B1.3.EarthObservationSensorsandTechnology

September 20 2022, 15:00 — W02Co-Chair(s):AndrewCourt,TNO,TheNetherlands;RolandLeGoff,SODERN,France;Rapporteur(s):KateBecker,NationalOceanicandAtmosphericAdministration(NOAA),UnitedStates;

IAC-22.B1.3.1THECHIMESPECTROMETERS:TECHNICALCHALLENGESANDADVANCEDDEVELOPMENTS.Etienne Renotte, Advanced Mechanical and Optical Systems (AMOS), Belgium

IAC-22.B1.3.2ADVANCESINSPACEBORNEMICROWAVERADIOMETERSShannon Brown, Jet Propulsion Laboratory - California Institute of Technology, United States

IAC-22.B1.3.3COPERNICUSSENTINEL-6MICHAELFREILICHON-GROUNDANDIN-ORBITVERIFICATION,ANDIN-ORBITPERFORMANCESMattia Marenco, Airbus DS GmbH, Germany

IAC-22.B1.3.4EAGLEEYEVLEOMISSION-IMAGINGPAYLOADWITH1MGSDMikolaj Podgorski, Scanway sp. z o.o., Poland

IAC-22.B1.3.5LIDAREMITTERANDMULTI-SPECIESGREENHOUSEGASESOBSERVATIONINSTRUMENT(LEMON):ADVANCESONAMULTI-SPECIESDIFFERENTIALABSORPTIONLIDARSYSTEMJean-Baptiste Dherbecourt, ONERA - The French Aerospace Lab, France

IAC-22.B1.3.6HOLDON:DEVELOPMENTANDCHARACTERIZATIONOFSTATEOFTHEARTDETECTIONMODULESFORFUTUREGREENHOUSEGASESSPACELIDARMISSIONSOlivier Saint-Pé, Airbus Defence and Space - Space Systems, France

IAC-22.B1.3.7LDRS–THESCALABLESOLUTIONOFLARGEDEPLOYABLEREFLECTORSUBSYSTEMSFOREARTHOBSERVATIONANDTELECOMMUNICATIONMartin Loesch, HPS GmbH, Germany

IAC-22.B1.3.8ACCELEROMETERSOFEARTHGRAVITYMISSIONGRACE-FOBruno Christophe, Office National d’Etudes et de Recherches Aérospatiales (ONERA), France

IAC-22.B1.3.9ASURVEYOFCOMPACTOPTICALCAMERASFOREARTHOBSERVATIONCUBESATMISSIONSImène TALEB, Agence Spatiale Algérienne (ASAL), Algeria

IAC-22.B1.3.10INFRAREDREMOTESENSINGUSINGLOWNOISEAVALANCHEPHOTODIODEDETECTORJoice Mathew, Australian National University (ANU), Australia

IAC-22.B1.3.11IRIS:ANINNOVATIVEEARTHOBSERVATIONINSTRUMENTFORTHEDETECTIONOFPOLLUTIONTRACESINTHESEAS.Alessio Bocci, Politecnico di Milano, Italy

IAC-22.B1.3.12FUTUREEARTHOBSERVATION–ENMAPSENSORCHARACTERISTICSHans-Peter Honold, OHB System AG - Munich, Germany

B1.4.EarthObservationDataSystemDevelopmentandManagement

September 21 2022, 10:15 — W02Co-Chair(s):GunterSchreier,DeutschesZentrumfürLuft-undRaumfahrte.V.(DLR),Germany;JamesGraf,JetPropulsionLaboratory,UnitedStates;Rapporteur(s):AnnamariaNassisi,ThalesAleniaSpaceItalia,Italy;

IAC-22.B1.4.1AUTOMATICSHIPWAKEDETECTIONFROMSENTINEL-2IMAGESBYDEEPLEARNINGRoberto Del Prete, Università degli Studi di Napoli “Federico II”, Italy

IAC-22.B1.4.2SETTINGUPTHEKENYADATACUBEBildad Njenga, Kenya Space Agency, Kenya

IAC-22.B1.4.3(non-confirmed)EARTHOBSERVATIONIMAGESUPER-SAMPLINGUSINGDEEPLEARNINGTECHNIQUESFORSMALLSATMISSIONSPablo Bedialauneta, Purdue University, Spain

IAC-22.B1.4.4HYPERSPECTRALPROTOTYPEPRODUCTSFORUSEREXPLOITATIONOFPRISMAANDFUTUREHYPERSPECTRALSATELLITEDATAPatrizia Sacco, Italian Space Agency (ASI), Italy

IAC-22.B1.4.5HIGHSPATIALRESOLUTIONSATELLITEIMAGERYANDMACHINELEARNINGMETHODSINPOST–CONFLICTTERRITORYREHABILITATIONElman Alaskarov, Space Agency of Republic of Azerbaijan (Azercosmos), Azerbaijan

IAC-22.B1.4.6QUANTUMCOMPUTINGFOREARTHOBSERVATION:GROUNDMOTIONMEASUREMENTSANDSUPER-RESOLUTIONFrancesca Santoro, Planetek Italia, Italy

IAC-22.B1.4.7HIGHPERFORMANCECOMPUTINGFOREARTHOBSERVATIONPaolo Mazzucchelli, ARESYS, Italy

IAC-22.B1.4.8RELIABILITYOFNEURALNETWORKSINSPACE:AFAULTINJECTORFORSPACERELATEDPERTURBATIONSBenjamin Haser, Universität der Bundeswehr München, Germany

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IAC-22.B1.4.9TOWARDSON-BOARDSUPERRESOLUTIONAPPLIEDTOEARTHOBSERVATIONIMAGESArmando La Rocca, AIKO S.r.l., Italy

IAC-22.B1.4.10“DON’TTRYTHISATHOME”PILOTFORACOGNITIVECLOUDCOMPUTINGINSPACEINFRASTRUCTURELeonardo Amoruso, Planetek Hellas epe, Italy

B1.5.EarthObservationApplications,SocietalChallengesandEconomicBenefits

September 21 2022, 15:00 — W02Co-Chair(s):MasamiOnoda,JapanAerospaceExplorationAgency(JAXA),UnitedStates;NaYao,QianXuesenLaboratoryofSpaceTechnology,ChinaAcademyofSpaceTechnology(CAST),China;Rapporteur(s):MichaelKern,EuropeanSpaceAgency(ESA),TheNetherlands;AnnamariaNassisi,ThalesAleniaSpaceItalia,Italy;

IAC-22.B1.5.1EARTHOBSERVATIONSFORGOOD:CONSORTIAASMODELSFORACHIEVINGBENEFICIALAPPLICATIONSLawrence Friedl, National Aeronautics and Space Administration (NASA), United States

IAC-22.B1.5.2THESOCIOECONOMICBENEFITSOFEARTHOBSERVATIONAPPLICATIONSINTHENEWSPACEERAElisabetta Lamboglia, European Space Agency (ESA-ESTEC), The Netherlands

IAC-22.B1.5.3EUROPEANANDINTERNATIONALPOLICYDRIVERSINWATERSCENARIOSFORCOPERNICUSEXPLOITATIONMiraslava Kazlouskaya, Space Generation Advisory Council (SGAC), Belarus

IAC-22.B1.5.4INVESTIGATINGTHEAPPLICATIONSOFSMALLSATELLITESINTHEMEASUREMENTANDEVALUATIONOFTHEESSENTIALOCEANVARIABLESEmma Belhadfa, Space Generation Advisory Council (SGAC), Canada

IAC-22.B1.5.5SARWINDPRODUCTSFORAWIDERANGEOFSARSATELLITESMartine Espeseth, Kongsberg Satellite Services AS, Norway

IAC-22.B1.5.6SOILMOISTUREMAPPINGBASEDONL-BANDSARTECHNOLOGYYuval Lorig, Israel

IAC-22.B1.5.7QUANTITATIVEASSESSMENTOFVERTICALANDHORIZONTALDEFORMATIONSDERIVEDBY3DAND2DDECOMPOSITIONSOFINTERFEROMETRICLOSMEASUREMENTSTOSUPPLEMENTOPTIMIZED,SAFEANDCOSTREDUCEDCASPIANREGIONPETROLEUM&GASINDUSTRYRISKMANAGEMENTEmil Bayramov, Nazarbayev University, Kazakhstan

IAC-22.B1.5.8ASSESSMENTOFTHECLIMATECHANGEEFFECTSONCROPYIELDSUSINGGEOINFORMATIONTECHNOLOGIESSona Guliyeva, National Aviation Academy - Azerbaijan, Azerbaijan

IAC-22.B1.5.9BRINGINGSOCIALECONOMICBENEFITSWITHSPACE-BASEDVEGETATIONMONITORINGTECHNOLOGYAlenxandre Wiefels, China HEAD Aerospace Technology Co., France

IAC-22.B1.5.10ANALYSISOFTHEIMPACTOFVOLCANICERUPTIONSONFISHERYRESOURCESUSINGEARTHOBSERVATIONDATAZachary Rowland, The Netherlands

IAC-22.B1.5.11BUSINESSPOTENTIALOFEARTHOBSERVATIONDATAAPPLIEDTOTHERENEWABLEENERGYINDUSTRYAna Azevedo, Faculdade de Ciências da Universidade do Porto, Portugal

IAC-22.B1.5.12FULFILLINGTHEPOTENTIALOFSMARTCITIESBYHARNESSINGSPACEDATALuinaud Mathieu, PricewaterhouseCoopers Advisory (PwC), France

IAC-22.B1.5.13EARTHOBSERVATIONDATAAPPLIEDTOMEASUREENVIRONMENTALINJUSTICEINUNITEDSTATESPRISONLANDSCAPESUfuoma Ovienmhada, Massachusetts Institute of Technology (MIT), United States

IAC-22.B1.5.14SUPPORTINGSUSTAINABLETOURISMTHROUGHEARTHOBSERVATIONANDTWITTERDATA:ACASEOFSKITOURISMINDUSTRYINJAPANBernadette Joy Detera, Moon Village Association (MVA), Japan

IAC-22.B1.5.15AREVIEWONGEOSPATIALINTELLIGENCEFORINVESTIGATIVEJOURNALISMHarshitha V, Christ University, India

B1.6.MitigatingtheClimateCrisisfromSpace

September 22 2022, 10:15 — W02Co-Chair(s):HarryA.Cikanek,NationalOceanicandAtmosphericAdministration(NOAA),UnitedStates;ElizabethSeward,UnitedKingdom;Rapporteur(s):BrentSmith,NationalOceanicandAtmosphericAdministration(NOAA),UnitedStates;

IAC-22.B1.6.1THEROLEOFSPACE-BASEDDATAINEUROPEANCLIMATEPOLICIESClémence Poirier, European Space Policy Institute (ESPI), Austria

IAC-22.B1.6.2USEOFSATELLITEREMOTESENSINGDATATOVALIDATEFORTUNE500CLIMATEPLEDGESFletcher Franklin, Bryce Space and Technology, United States

IAC-22.B1.6.3NOCTUACH4,COMPACTSINGLESITEMETHANEEMISSIONMONITORINGFROMSPACEWencke van der Meulen, Airbus Defence and Space Netherlands, Netherlands Antilles

IAC-22.B1.6.4GESATCONSTELLATION:FIGHTINGCLIMATECHANGEBYMEASURINGMETHANEEMISSIONSFROMSPACETristan Laurent, France

IAC-22.B1.6.5DEVELOPINGASMALLSATELLITEMISSIONTOMONITOROCEANACIDIFICATIONWITHINTHEPOLARSEASEmma Belhadfa, Space Generation Advisory Council (SGAC), Canada

IAC-22.B1.6.6CONCEPT,SET-UP,ANDPLANNEDDATAANALYSISOFALOW-COSTSOFTWAREDEFINEDRECEIVERFORBALLOON-BORNEGNSSRADIOOCCULTATION:ROMULUSEXPERIMENTClara Di Nunzio, Sapienza University of Rome, Italy

IAC-22.B1.6.7THECO2MMISSION:MONITORINGANTHROPOGENICCO2EMISSIONSFROMSPACERobert Hook, OHB System AG-Bremen, Germany

IAC-22.B1.6.8UTILIZINGSATELLITEEARTHOBSERVATIONANALYSESANDTHEENVIRONMENT-VULNERABILITY-DECISION-TECHNOLOGYMODELINGFRAMEWORKTOSUPPORTTHEYUROKTRIBEINMITIGATINGCLIMATECHANGEIMPACTSTHROUGHNATURALRESOURCEMANAGEMENTSeamus Lombardo, Massachusetts Institute of Technology (MIT), United States

IAC-22.B1.6.9EARTHOBSERVATIONDATA,AWAYTOFINDSUITABILITYFORSHELTERSSITESANDTOCREATERESILIENCEINTHECARIBBEANCOASTOFNICARAGUASaira O. Williams, Space Generation Advisory Council (SGAC), Costa Rica

IAC-22.B1.6.10SATELLITEIMAGERYOFTHEFUTURE:VISUALIZINGARCTICSEAICEMELTWITHPHYSICALLY-CONSISTENTGENERATIVEADVERSARIALNETWORKSBjörn Lütjens, Massachusetts Institute of Technology (MIT), United States

IAC-22.B1.6.11THEINTERNATIONALPLANETARYSUNSHADE-ANUMBRELLAPROJECTTOFOSTERINTERNATIONALCOLLABORATIONTOMITIGATEGLOBALWARMINGTharshan Maheswaran, Institute of Space Systems, University of Stuttgart, Germany

B2.IAFSPACECOMMUNICATIONSANDNAVIGATIONSYMPOSIUM

Coordinator(s):MorioToyoshima,NationalInstituteofInformationandCommunicationsTechnology(NICT),Japan;RitaLollock,TheAerospaceCorporation,UnitedStates;

B2.1.AdvancesinSpace-basedNavigationTechnologies

September 19 2022, 10:15 — 731/732Co-Chair(s):PeterBuist,EuropeanUnionAgencyfortheSpaceProgramme(EUSPA),TheNetherlands;JoeM.Straus,TheAerospaceCorporation,UnitedStates;Rapporteur(s):SanatKBiswas,IIITDelhi,India;

IAC-22.B2.1.1METHODSFORNAVIGATIONINTHENEARBYINTERSTELLARMEDIUMJohn Christian, Georgia Institute of Technology, United States

IAC-22.B2.1.2AROBUSTGRAPHSLAMAPPROACHFORNEAREARTHASTEROIDNAVIGATIONArjun Chhabra, University of Toronto, Canada

IAC-22.B2.1.3LUNARGATEWAYAUTONOMOUSORBITDETERMINATIONANDTIMESYNCHRONIZATIONBYTHEUSEOFONEORTWOSMALLORBITERSEdoardo De Angeli, University of Rome - Tor Vergata, Italy

IAC-22.B2.1.4LUNARSURFACEEXPLORATIONBASEDONLCNSORBITERSANDONBOARDSENSOROBSERVABLESGiuseppe Tomasicchio, Telespazio, Italy

IAC-22.B2.1.5AIBASEDLOCATIONESTIMATIONUSINGDIGITALTWINSINRENDEZVOUSANDDOCKINGSCENARIOSAndre Kupetz, Germany

IAC-22.B2.1.6IN-ORBITPERFORMANCEASSESSMENTOFARGO1.0STARTRACKERFORSMALLSATSGabriella Caporaletti, EICAS Automazione S.p.A, Italy

IAC-22.B2.1.7MINIMISINGCOMMUNICATIONEFFORTSINSELF-ORGANISEDRELATIVEATTITUDECONTROLFORFORMATIONFLIGHTSCENARIOSUSINGDIRECTIONOFARRIVALMETHODSDaniel Garbe, University of Würzburg, Germany

IAC-22.B2.1.8NAVIGA:MULTIPURPOSEEUROPEANSPACENAVIGATIONUNITSergio Ramírez Navidad, SENER, Spain

IAC-22.B2.1.9AGPSSIMULATORFORTHEDESIGNANDDEVELOPMENTOFAFUTURELOW-COSTGNSSSultan Suhail, Sharjah Academy for Astronomy, Space Sciences and Technology (SAASST), United Arab Emirates

IAC-22.B2.1.10ANARCHITECTUREFORAVISUAL-BASEDPNTALTERNATIVEJoshua Critchley-Marrows, The University of Sydney, Australia

B2.2.AdvancesinSpace-basedCommunicationSystemsandServices,Part1

September 19 2022, 15:00 — 731/732Co-Chair(s):RobertD.Briskman,SiriusXMRadio,UnitedStates;LaszloBacsardi,HungarianAstronauticalSociety(MANT),Hungary;Rapporteur(s):DunayBadirkhanov,SpaceAgencyofRepublicofAzerbaijan(Azercosmos),Azerbaijan;

IAC-22.B2.2.1ACOMPETITIVEWAYTOPROVIDEGLOBALHIGHSPEEDTRUNKINGSERVICESWITHALEOCONSTELLATIONJean-Didier Gayrard, Thales Alenia Space France, France

IAC-22.B2.2.2TOWARDSAUTONOMOUSSATELLITECOMMUNICATIONS:ANAI-BASEDFRAMEWORKTOADDRESSSYSTEM-LEVELCHALLENGESJuan Jose Garau Luis, Massachusetts Institute of Technology (MIT), United States

IAC-22.B2.2.3DYNAMICFREQUENCYASSIGNMENTFORMOBILEUSERSINMULTIBEAMSATELLITECONSTELLATIONSGuillem Casadesus Vila, Massachusetts Institute of Technology (MIT), United States

IAC-22.B2.2.4TOWARDSSPACE-BASEDEDGECOMPUTINGANDCONNECTIVITYASGLOBALINDUSTRIALBACKBONE–ALABSETUPFORINDUSTRYAPPLICATIONSMarkus Sauer, Siemens AG, Germany

IAC-22.B2.2.6SATELLITE-BASEDQUANTUMINFORMATIONNETWORKS:USECASES,ARCHITECTURE,ANDROADMAPMathias VAN DEN BOSSCHE, Thales Alenia Space France, France

IAC-22.B2.2.7QUANTUMKEYDISTRIBUTIONFORSECURECOMMUNICATIONBYNANO-SATELLITESRoland Haber, Zentrum für Telematik, Germany

IAC-22.B2.2.8IMPLEMENTINGLEO-TO-GROUNDGAUSSIANMODULATEDCONTINUOUSVARIABLEQUANTUMKEYDISTRIBUTIONMikhael Sayat, University of Auckland, New Zealand

IAC-22.B2.2.9SPACEBORNEQUANTUMRANDOMNUMBERGENERATORS(QRNG)–DEVELOPMENTSTOWARDSAPRODUCTNorbert M.K. Lemke, OHB System AG - Oberpfaffenhofen, Germany

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IAC-22.B2.2.10ADVANCEDQUBITGENERATORANDSYNCHFOSTERINGQUANTUMCOMMUNICATIONSINSPACEMarco Avesani, Università degli Studi di Padova, Italy

IAC-22.B2.2.11ANOPTICALGROUNDSTATIONFORSPACEBASEDQUANTUMKEYDISTRIBUTIONMoritz Mihm, National University of Singapore, Singapore, Republic of

IAC-22.B2.2.12AMONITORING,CONTROL&AUTOMATIONSYSTEMFOROPTICALCOMMUNICATIONGROUNDSTATIONSHimani Jain, German Aerospace Center (DLR), Germany


September 20 2022, 10:15 — 731/732Co-Chair(s):OttoKoudelka,JoanneumResearch,Austria;MorioToyoshima,NationalInstituteofInformationandCommunicationsTechnology(NICT),Japan;Rapporteur(s):StevenShumsky,LockheedMartinCorporation,UnitedStates;

IAC-22.B2.3.1BRINGINGTERRESTRIALNETWORKINGCAPABILITIESTOSPACE:UPDATEONTHEEUROPEANSPACEAGENCY’SPUSHFORNEXTGENERATIONOPTICALTELECOMMUNICATIONTECHNOLOGIESChristopher Vasko, European Space Agency (ESA), The Netherlands

IAC-22.B2.3.2BROADBANDOPTICALCOMMUNICATIONTERMINALSFORCONSTELLATIONSINOPERATIONMatthias Motzigemba, Tesat-Spacecom GmbH & Co. KG, Germany

IAC-22.B2.3.3HIGH-THROUGHPUTLASERCOMMUNICATIONWITHOUTADAPTIVEOPTICS:EXPERIMENTALDEMONSTRATIONANDROADMAPJean-François Morizur, Cailabs, France

IAC-22.B2.3.4TRANSMISSIONOFGROUND-TO-SPACENARROWBEAMFORSMALLSATELLITEOPTICALCOMMUNICATIONTHROUGHGPS-BASEDPRECISEORBITALDETERMINATIONAndrea Vettor, Italy

IAC-22.B2.3.5DEVELOPMENTOFTETHEREDUNMANNEDAERIALVEHICLELASERCOMMUNICATIONSTATIONFORBEYOND-5GAPPLICATIONSFemi Ishola, National Institute of Information and Communications Technology (NICT), Japan

IAC-22.B2.3.6HIGH-SPEEDFREE-SPACEOPTICALCOMMUNICATIONSVIAANAIRBORNEPSEUDO-SATELLITEBenjamin Dix-Matthews, The University of Western Australia, Australia

IAC-22.B2.3.7(non-confirmed)WINNINGTHEINTERNET:HOWLOWCAN(SATELLITE-BASEDINTERNETCOSTS)GO?Ryan Xiao, Massachusetts Institute of Technology (MIT), United States

IAC-22.B2.3.8SAFEIN-FLIGHTFPGARECONFIGURATIONONOPS-SATMaximilian Henkel, Graz University of Technology (TU Graz), Austria

IAC-22.B2.3.9ADVANCEDSPACE-BASEDINTERNET-OF-THINGS(IOT)CONSTELLATIONBRINGINGHIGHREVISIT&LOWLATENCYCOMMUNICATIONSERVICESWei Sun, China HEAD Aerospace Technology Co., United Kingdom

IAC-22.B2.3.10ENABLINGMULTI-TENANTCELLULARIOTSERVICESOVERLEOCONSTELLATIONSINFUTURE6GNETWORKSTimo Kellermann, i2CAT, Spain

IAC-22.B2.3.11THESMALLOPTICALGROUNDSTATIONSFOCAL-OPTICSASSEMBLY(SOFA)Marcus Knopp, German Aerospace Center (DLR), Germany


September 20 2022, 15:00 — 731/732Co-Chair(s):DipakSrinivasan,TheJohnHopkinsUniversityAppliedPhysicsLaboratory,UnitedStates;RamonP.DePaula,NationalAeronauticsandSpaceAdministration(NASA),UnitedStates;Rapporteur(s):SaraAlMaeeni,MohammedBinRashidSpaceCentre(MBRSC),UnitedArabEmirates;

IAC-22.B2.4.1FROMEARTHTOMARS-THEDEEPSPACENETWORKSERVICESFORNASA’SPERSEVERANCEROVER,UAE’SHOPE,ANDESA’SEXOMARSROVERSURFACEPLATFORMMISSIONSKrisjani Angkasa, National Aeronautics and Space Administration (NASA), Jet Propulsion Laboratory, United States

IAC-22.B2.4.2NASA’SINTERESTIN3GPPMOBILETELECOMMUNICATIONSPROTOCOLSFORNEAREARTHSPACEANDTHELUNARSURFACEBernard Edwards, NASA Goddard Space Flight Center Greenbelt MD 20771, United States

IAC-22.B2.4.3AMICROSATELLITE-BASEDLUNARCONSTELLATIONFORCOMMUNICATIONANDNAVIGATIONSERVICESDario Riccobono, Argotec, Italy

IAC-22.B2.4.4K-BANDUPLINKSYSTEMFORTHENASADEEPSPACENETWORKLUNAREXPLORATIONUPGRADE(DLEU)Remi LaBelle, National Aeronautics and Space Administration (NASA), Jet Propulsion Laboratory, United States

IAC-22.B2.4.5COMMUNICATIONSARCHITECTUREFORMARTIANSURFACEEXPLORATIONWITHASWARMOFWIND-DRIVENROVERSFelix Abel, Germany

IAC-22.B2.4.6ADAPTIVEDATARATEFEATUREONJHUAPPLIEDPHYSICSLABORATORYFRONTIERRADIOLITEAdam Crifasi, Johns Hopkins University Applied Physics Laboratory, United States

IAC-22.B2.4.7WESTERNAUSTRALIANOPTICALGROUNDSTATIONREADINESSFORLUNARCOMMUNICATIONSkevos Karpathakis, The University of Western Australia, Australia

IAC-22.B2.4.8SALSAT:FIRSTMISSIONRESULTSOFTHEGLOBALRFSPECTRUMANALYSISINTHEVHF,UHFANDSPACERESEARCHBANDSMEASUREDBYTHESPECTRUMANALYSISSATELLITEJens Freymuth, Technische Universität Berlin, Germany

IAC-22.B2.4.9TWINSATELLITEMISSIONTOL4ANDL5FORMARSCOMMUNICATIONVijayalakshmi V, ASTROPHYSICAST, India

IAC-22.B2.4.10CONCEPTARCHITECTUREOFCIS-LUNARSATELLITECONSTELLATIONFORUNINTERRUPTEDCOMMUNICATIONLINKBETWEENASINGLEGROUND-BASEDTRACKINGSTATIONANDALUNARPOLAROUTPOSTNeelesh Ranjan Saxena, TU Berlin, Germany

IAC-22.B2.4.11DIGITALANDOPTICALCOMMUNICATIONCAPABILITIESFORHIGHTHROUGHPUTCONSTELLATIONSFabio Curreli, OHB System AG-Bremen, Germany

B2.5.AdvancesinSpace-basedCommunicationTechnologies,Part1

September 21 2022, 10:15 — 731/732Co-Chair(s):DebraEmmons,TheAerospaceCorporation,UnitedStates;AmaneMiura,NationalInstituteofInformationandCommunicationsTechnology(NICT),Japan;Rapporteur(s):NaderAlagha,ESA,TheNetherlands;

IAC-22.B2.5.1ULTRA-HIGHTHROUGHPUTE/W-BANDDOWNLINKCUBESATMISSIONLaura Manoliu, University of Stuttgart, Germany

IAC-22.B2.5.2TROPOSPHERICPROPAGATIONSTUDIESCARRIEDOUTBYCNESANDONERAFORSATELLITECOMMUNICATIONSYSTEMSATKAANDQ/VBANDSLaurent CASTANET, Office National d’Etudes et de Recherches Aérospatiales (ONERA), France

IAC-22.B2.5.3AUTO-TDS:ENABLINGLASERCOMMUNICATIONNETWORKSTOAUTODETECTINCOMINGLINKS,SECURINGCONNECTIONANDAUTO-ROUTINGTHEDATAAndreas Hornig, Jena-Optronik GmbH, Germany

IAC-22.B2.5.4TECHNOLOGYDEVELOPMENTFORBREAKTHROUGHSTARSHOTINTERSTELLARCOMMUNICATIONSSYSTEMPhilip Mauskopf, Arizona State University, United States

IAC-22.B2.5.5MANAGEMENTMETHODOLOGYFORSATELLITE-TERRESTRIALINTERCONNECTEDSYSTEMSWITHFLEXIBLESATELLITEPAYLOADSYuma Abe, National Institute of Information and Communications Technology (NICT), Japan

IAC-22.B2.5.6RECONFIGURABLESOFTWAREDEFINEDRADIO(SDR)TRANSCEIVERWITHSELECTIVEFREQUENCYALGORITHMFORATMOSPHERICRADIOSENSINGMEASUREMENTSONSMALLSATELLITESRamson Nyamukondiwa, LaSEINE, Kyushu Institute of Technology, Japan

IAC-22.B2.5.7RECONFIGURABLESPATIALMODULATIONBASEDDIGITALTRANSMITTERFORNANOSATELLITESCOMMUNICATIONSAysha Alharam, National Space Science Agency (NSSA), Bahrain

IAC-22.B2.5.8SATELLITEUPLINKINTERFERENCEMEASUREMENTSINTHE437MHZUHFAMATEURRADIOBANDONBOARDLUME-1Gara Quintana Díaz, Norwegian University of Science and Technology, Norway

IAC-22.B2.5.9DOPPLERFREQUENCYCOMPENSATIONINLEOSATELLITEBASEDOFDMTRANSMISSIONSYSTEMSAimal Siraj, Void inc., Japan

IAC-22.B2.5.10RELATIVEATTITUDEESTIMATIONVIARADIOFREQUENCYLINKS-FEASIBILITYSTUDYBASEDONHIGH-FIDELITYCO-SIMULATIONAntonius Adler, Julius Maximilians Universität Würzburg, Germany

B2.6.AdvancesinSpace-basedCommunicationTechnologies,Part2

September 21 2022, 15:00 — 731/732Co-Chair(s):ElemerBertenyi,CanadianAeronauticsandSpaceInstitute,Canada;EnriquePachecoCabrera,Incomspace,Mexico;Rapporteur(s):K.R.SridharaMurthi,NIAS,India;StevenShumsky,LockheedMartinCorporation,UnitedStates;

IAC-22.B2.6.1DEMONSTRATIONOF40GB/SWDMSIGNALTRANSMISSIONSWITHOPTICALPHASEDARRAYSSYSTEMYuta Takemoto, Mitsubishi Electric Corporation Information Technology R & D Center, Japan

IAC-22.B2.6.2FEASIBILITYSTUDYONAPLASMABASEDREFLECTIVESURFACEFORSATCOMSYSTEMSMirko Magarotto, University of Padova - DII/CISAS, Italy

IAC-22.B2.6.3ESTIMATIONOFTHECO-FREQUENCYINTERFERENCEWITHTHECONSIDERATIONOFTHEBEAMBEHAVIORCHARACTERISTICSOFNOVELSPACEBORNEANTENNAHuiliang Liu, China Academy of Space Technology (CAST), China

IAC-22.B2.6.4OPTICALCOMMUNICATIONCAPABILITIESOFTHEELECTRAPLATFORMFabio Curreli, OHB System AG-Bremen, Germany

IAC-22.B2.6.5DEVELOPMENTOFANINNOVATIVEUHF-BANDANTENNAFOR6SPOLISPACECUBESAT1UNadia Lamera, Universitat Politècnica de València - UPV, Italy

IAC-22.B2.6.6ANTENNAARRAYOPTIMIZATIONUSINGHEURISTICALGORITHMSFORSMALLSATELLITESKatia Lisset Ibarra Sanchez, IPN, Mexico

IAC-22.B2.6.7MULTI-FUNCTIONALRADIATINGSTRUCTURESFORSOLARSAILINGMISSIONSNicolas Appel, Technical University of Munich, Germany

IAC-22.B2.6.8STATUSUPDATEONRESEARCHANDDEVELOPMENTOFHIGH-SPEEDLASERCOMMUNICATIONSYSTEM“HICALI”ONBOARDENGINEERINGTESTSATELLITE9Hideaki Kotake, National Institute of Information and Communications Technology (NICT), Japan

IAC-22.B2.6.9IMPLEMENTINGSPACEWIREONOPS-SATIN-FLIGHTMaximilian Henkel, Graz University of Technology (TU Graz), Austria

IAC-22.B2.6.10SPACECOMMUNICATIONSBASEDONDIGITALTWINS,BUILTFROMMODELS,SIMULATIONSANDKINEMATICSMark Lombardi, United States

IAC-22.B2.6.11DESIGNANDOPTIMIZATIONOFACOMBLINEFILTERHAVINGHELICALRESONATORDheeraj G, R V College of Engineering, Bengaluru, India

IAC-22.B2.6.12ALOW-COSTFULLDUPLEXGROUNDSTATIONANDANTENNASYSTEMDESIGNFORNANOSATELLITESHrishikesh Kembhavi, College of Engineering, Pune, India

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B2.7.AdvancesinSpace-basedNavigationSystems,Services,andApplications

September 22 2022, 10:15 — 731/732Co-Chair(s):GiovanniB.Palmerini,SapienzaUniversityofRome,Italy;RajThilakRajan,TechnicalUniversityofDelft,TheNetherlands;Rapporteur(s):JoshuaCritchley-Marrows,TheUniversityofSydney,Australia;NorbertFrischauf,TUGraz,Austria;

IAC-22.B2.7.1DESIGNANDDEVELOPMENTOFADEDICATEDLEOSATELLITEPAYLOADFORDETECTIONANDLOCALIZATIONOFEARTHBOUNDEDGNSSINTERFERENCESOURCES.Nikolas Dütsch, Universität der Bundeswehr München, Germany

IAC-22.B2.7.2IN-ORBITPERFORMANCEOFTHEDUAL-CONSTELLATIONGNSSPODRECEIVEROFSENTINEL-6MICHAELFREILICHHeinz Reichinger, Beyond Gravity, Austria

IAC-22.B2.7.3PERFORMANCESOFALOW-COSTCOMMERCIALGNSSRECEIVERINLEORiccardo Di Roberto, G.A.U.S.S. Srl, Italy

IAC-22.B2.7.5DEVELOPMENTOFACUBESATGNSSRECEIVERFORPRECISEPOSITIONINGAlexandru Pandele, Romanian InSpace Engineering SRL, Romania

IAC-22.B2.7.6GPSCARRIER-TO-NOISEDENSITYPREDICTIONUSINGREGRESSIONTREESAbdollah Darya, Sharjah Academy for Astronomy, Space Sciences and Technology (SAASST), United Arab Emirates

IAC-22.B2.7.7MAINAPPROACHESOFTHERUSSIANMISSIONCONTROLCENTERTONAVIGATIONSUPPORTOFCURRENTANDADVANCEDDEEPSPACEEXPLORATIONMISSIONSMaksim Matyushin, Central Research Institute for Machine Building (JSC TSNIIMASH), Russian Federation

IAC-22.B2.7.8NAVIGATIONSERVICESFROMLEOCONSTELLATIONSGiovanni B. Palmerini, Sapienza University of Rome, Italy

IAC-22.B2.7.9ANEXAMINATIONOFDIFFERENTMODELSFORPROVIDINGLUNARPNTSERVICESSarah Withee, Johns Hopkins University Applied Physics Laboratory, United States

IAC-22.B2.7.10THELUGREPROJECT:ASCIENTIFICOPPORTUNITYTOINVESTIGATEGNSSSIGNALSATTHEMOONFabio Dovis, Politecnico di Torino, Italy

IAC-22.B2.7.11NASA’SINTEROPERABLESERVICESTOMITIGATELUNARPOSITION,NAVIGATION,ANDTIMINGCHALLENGESCheryl Gramling, NASA-Goddard Space Flight Center, United States

IAC-22.B2.7.12LUNARPOINT:INTERESTPOINTDETECTORANDDESCRIPTORFORLUNARLANDSCAPESQuazi Saimoon Islam, University of Tartu, Estonia

B2.8-GTS.3.SpaceCommunicationsandNavigationGlobalTechnicalSession

September 18 2022, 15:15 — W07Co-Chair(s):KevinShortt,AirbusDefence&Space,Germany;StephanieWan,SpaceGenerationAdvisoryCouncil(SGAC),UnitedStates;Rapporteur(s):EricWille,ESA,TheNetherlands;JoshuaCritchley-Marrows,TheUniversityofSydney,Australia;

IAC-22.B2.8-GTS.3.1INTEROPERABILITYANDSTANDARDSAREKEYSTOSPACEMISSIONSSUCCESSSami Asmar, Jet Propulsion Laboratory - California Institute of Technology, United States

IAC-22.B2.8-GTS.3.2CURRENTSTATUSANDFUTURETRENDSINRADIOLINKINTERFERENCERESEARCHFORTHEPLANNINGOFSUSTAINABLEGEOCENTRICSATELLITECONSTELLATIONSEva Fernandez Rodriguez, Spain

IAC-22.B2.8-GTS.3.3DEVELOPMENTOFMMICFORTHREEDIMENSIONALPHASEDARRAYANTENNANobuyuki Kaya, Kobe University, Japan

IAC-22.B2.8-GTS.3.4TECHNOLOGICALDEVELOPMENTINTODIRECTSAMPLINGARCHITECTURESFORHIGHBANDWIDTHSATELLITECOMMUNICATIONSYSTEMSDhruva Anantha Datta, Indian Institute of Space Science and Technology (IIST), India

IAC-22.B2.8-GTS.3.5(non-confirmed)AWAYOUT:STANDARDIZEDSPACE-TO-GROUND-TO-EVERYWHERESECURITYKenneth Schmitz, OHB System AG, Germany

IAC-22.B2.8-GTS.3.6TRANSMITTINGQUANTUMENTANGLEMENTINSCARCESATELLITENETWORKSAndrás Mihály, Budapest University of Technology and Economics, Hungary

IAC-22.B2.8-GTS.3.7LUNAREARTHCOMMUNICATION:ACONSTELLATIONOFRELAYSATELLITESHarshit Goel, University of Petroleum and Energy Studies, India

IAC-22.B2.8-GTS.3.8SOFTWARE-DEFINEDCONSTELLATIONOFSMALLLEOSATELLITESOFTHEW-BANDWIRELESSNETWORK:REALITYANDFUTUREPROSPECTS.Ksenia Kosmynina, Skoltech Space Center, Russian Federation

IAC-22.B2.8-GTS.3.9RESEARCHONTOPOLOGYOPTIMIZATIONSCHEMEFORINTER-SATELLITELINKSOFLASER&KAHYBRIDNETWORKINGNSSKai HAN, University of Chinese Academy of Sciences, China

IAC-22.B2.8-GTS.3.10CASCADEMASKR-CNNARCHITECTUREFORCRATERDETECTIONINAUTONOMOUSPLANETARYNAVIGATIONAlfonso Saveriano, University of Naples “Federico II”, Italy

B3.IAFHUMANSPACEFLIGHTSYMPOSIUM

Coordinator(s):KevinD.Foley,TheBoeingCompany,UnitedStates;IgorV.Sorokin,S.P.KorolevRocketandSpaceCorporationEnergia,RussianFederation;PeterBatenburg,NetherlandsSpaceSociety(NVR),TheNetherlands;

B3.1.GovernmentalHumanSpaceflightProgrammes(Overview)

September 18 2022, 15:15 — S03Co-Chair(s):SamScimemi,NationalAeronauticsandSpaceAdministration(NASA),UnitedStates;JuergenSchlutz,EuropeanSpaceAgency(ESA),Germany;Rapporteur(s):RainerWillnecker,DeutschesZentrumfürLuft-undRaumfahrte.V.(DLR),Germany;

IAC-22.B3.1.1ESA’STERRAENOVAEEXPLORATIONPROGRAMME:STATUSANDSTRATEGY2030+David Parker, European Space Agency (ESA/ESTEC), The Netherlands

IAC-22.B3.1.2JAXA’SINITIATIVEONHUMANSPACEFLIGHTPROGRAMFORISSANDSPACEEXPLORATIONACTIVITIESFuki Taniguchi, Japan Aerospace Exploration Agency (JAXA), Japan

IAC-22.B3.1.3CANADIANSPACEAGENCY’SLUNARSURFACEEXPLORATIONINITIATIVE–CANADIANINFRASTRUCTUREOPTIONSONTHEMOONTaryn Baker, Canadian Space Agency, Canada

IAC-22.B3.1.4NASA’SPLANSFORHUMANSPACEFLIGHTOPERATIONSKathy Lueders, NASA Headquarters, United States

IAC-22.B3.1.5THEHUNGARIANASTRONAUTPROGRAMHUNORBalazs Zabori, MTA Centre for Energy Research, Hungary

IAC-22.B3.1.6EXPERIMENTALVALIDATIONOFSERVICEMODULEPROPULSIONSYSTEMMODELLINGCAPABILITIESFORTHEHUMANSPACEFLIGHTMISSIONDevakumar Thammisetty, Indian Space Research Organization (ISRO), Liquid Propulsion Systems Centre (LPSC), India

IAC-22.B3.1.7STEWARDINGHUMANITY’SGLOBALMOVEMENTTODEEPSPACEJames (Jim) Free, NASA, United States

IAC-22.B3.1.8GATEWAYPROGRAMPROGRESSANDOVERVIEWSean Fuller, National Aeronautics and Space Administration (NASA), Johnson Space Center, United States

IAC-22.B3.1.9NASA’SINITIALARTEMISHUMANLANDINGSYSTEMLaura Means, NASA Marshall Space Flight Center, United States

IAC-22.B3.1.10ARTEMISLUNARMISSIONAVAILABILITY&DESIGNNujoud Merancy, National Aeronautics and Space Administration (NASA), United States

IAC-22.B3.1.11THE2022UPDATEDLUNAREXPLORATIONSCENARIOFORTHEGLOBALEXPLORATIONROADMAP(GER):THEGROWINGGLOBALEFFORTANDMOMENTUMGOINGFORWARDTOTHEMOONANDMARSJohn Guidi, NASA, United States

B3.2.CommercialHumanSpaceflightProgrammes

September 19 2022, 10:15 — S03Co-Chair(s):SergeyK.Shaevich,KhrunichevStateResearch&ProductionSpaceCenter,RussianFederation;W.MichaelHawes,LockheedMartinCorporation,UnitedStates;MichaelE.LopezAlegria,MLASpace,LLC,UnitedStates;Rapporteur(s):GeneRice,RWI-RiceWigbelsInt’l,UnitedStates;

IAC-22.B3.2.1THENEEDFORASPACEVERSIONOFHANDSIGNALS,ACOMMUNICATIONTOOLFORSPACETRAVELERSChikako Murayama, Japan

IAC-22.B3.2.2SPACETOURISMGENERATION:BORNAFTER2021Avid Roman-Gonzalez, Business on Engineering and Technology S.A.C. (BE Tech), Peru

IAC-22.B3.2.3INTEGRATIONOFASHORTDURATIONPAYLOADFORTHEAXIOM-1MISSIONTOTHEISSAdam Sirek, Leap Biosystems, Canada

IAC-22.B3.2.4WHATGOESUPMUSTCOMEDOWN:CIVILIANS,COGNITIONANDCENTRIFUGALFORCEONTHEEVERYDAYASTRONAUTAnushri Rajendran, Deakin University, Australia

IAC-22.B3.2.5ASTRONAUTTRAINING-THENECESSITYTOTAILORCURRENTTRAININGFORAGENCYASTRONAUTSTOPRIVATEASTRONAUTSLaura Andre-Boyet, European Astronaut Centre, Germany

IAC-22.B3.2.6VIDEOEDITINGSERVICESFORSPACETRAVELLERSAkifumi Mimura, Japan

IAC-22.B3.2.7CASESTUDY:DESIGNOFASPACEPORTINABUDHABIFORSPACETOURISMVIABILITYUgur Drguven, UN CSSTEAP, United Kingdom

IAC-22.B3.2.8REGULATORYPREPARATIONFORU.S.COMMERCIALHUMANSPACEFLIGHTKelvin Coleman, Federal Aviation Administration Office of Commercial Space Transportation (FAA/AST), United States

IAC-22.B3.2.9THERISEOFTHESPACEFLIGHTPARTICIPANT:ANANALYSISOFSFPTRAININGPROGRAMSANDREQUIREMENTSINTHEUSJessica Grapentine, Embry-Riddle Aeronautical University, United States

IAC-22.B3.2.10THEROLEOFSPACEFLIGHTATTENDANTSINLARGE,LONG-DURATIONSPACETRAVELChieko Takahashi, ASTRAX IMAGINE, Inc., Japan

IAC-22.B3.2.11THEAIRZEROGODYSSEY:TENYEARSOFCOMMERCIALPARABOLICFLIGHTSANDWHATWELEARNTFROMTHEMThibault PARIS, Novespace, France

IAC-22.B3.2.12PROSPECTSFORTHEDEVELOPMENTOFTHEHUMANSUBORBITALFLIGHTSSECTORONTHEEXAMPLEOFTHEPROJECTPREPAREDFORTHESTUDENTAEROSPACECHALLENGE2020COMPETITION.Justyna Pelc, INNSPACE, Poland

IAC-22.B3.2.13NASA’SSUPPORTFORCOMMERCIALLEODESTINATIONSAngela Hart, NASA, United States

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B3.3.Utilization&ExploitationofHumanSpaceflightSystems

September 19 2022, 15:00 — S03Co-Chair(s):CristianBank,EUMETSAT,Germany;EleanorMorgan,LockheedMartinSpaceSystems,UnitedStates;

IAC-22.B3.3.1THEDECADEOFRESULTS:THEINTERNATIONALSPACESTATION’SNEXT10YEARSRobyn Gatens, NASA, United States

IAC-22.B3.3.2THEISSNAUKAMODULE:COMMISSIONINGPHASEANDBEGINNINGOFUTILIZATIONIgor V. Sorokin, S.P. Korolev Rocket and Space Corporation Energia, Russian Federation

IAC-22.B3.3.3ANINSIGHTINTOESAPROCESSESFORISSRESEARCHPAYLOADSChiara Piacenza, European Space Agency (ESA), Space Applications Services N.V. (SAS), The Netherlands

IAC-22.B3.3.4CLASS-1RACKMODERNIZATIONFORNEWPAYLOADEXPERIMENTSStefan Petschelt, Airbus DS GmbH, Germany

IAC-22.B3.3.5DEVELOPMENTOFSPACESHOWERINJAPANTaichi Yamazaki, ASTRAX, Inc., Japan

IAC-22.B3.3.6COLUMBUSNEWSYSTEMDATAMANAGEMENTINFRASTRUCTUREStefan Petschelt, Airbus DS GmbH, Germany

IAC-22.B3.3.7RESULTSFROMTHEOPENINNOVATIONCROWDSOURCECHALLENGE:RECYCLINGINSPACE:WASTEHANDLINGINAMICROGRAVITYENVIRONMENTAnne Meier, National Aeronautics and Space Administration (NASA), United States

IAC-22.B3.3.8ASTRONAUTSWITHDISABILITIES:ADREAMBECOMINGREALITYFORABIGGERPARTOFHUMANITYTania Gres, Space Generation Advisory Council (SGAC), Italy

IAC-22.B3.3.9GATEWAYUTILIZATIONCAPABILITIESANDSTATUSStephanie Buskirk Dudley, NASA, United States

IAC-22.B3.3.10TECHNOLOGICALDEMONSTRATIONOFALUMINAANDSILICAPRODUCTIONFROMLUNARANORTHITEBYARTIFICIALWEATHERINGBertrand Thibodeau, Carleton University, Space Exploration and Engineering Group, Canada

IAC-22.B3.3.11PLANETARYSURFACEOPERATIONSANDUTILIZATION:HOWISSANDARTEMISMISSIONSCANBEUSEDTOMODELHUMANEXPLORATIONOFMARSStephen Hoffman, The Aerospace Corporation, United States

B3.4-B6.4.Flight&GroundOperationsaspectsofHumanSpaceflight-JointSessionoftheIAFHumanSpaceflightandIAFSpaceOperationsSymposia

September 20 2022, 10:15 — S03Co-Chair(s):DieterSabath,DeutschesZentrumfürLuft-undRaumfahrte.V.(DLR),Germany;AnnamariaPiras,ThalesAleniaSpaceItalia,Italy;Rapporteur(s):ThomasA.E.Andersen,DanishAerospaceCompanyA/S,Denmark;MariaGrulich,DeutschesZentrumfürLuft-undRaumfahrte.V.(DLR),Germany;

IAC-22.B3.4-B6.4.1GETTINGTOLAUNCH:LESSONSLEARNEDFROMARTEMISIGROUNDOPERATIONSRuth Siboni, NASA Headquarters, United States

IAC-22.B3.4-B6.4.2IN-ORBITFLIGHTSTATECONTROLMETHODOFLARGEHUMANSPACECRAFTLIU MIN, China Academy of Space Technology (CAST), China

IAC-22.B3.4-B6.4.3THEROADTOON-BOARDCREWAUTONOMY:USINGISS’COLUMBUSMODULEASBASISFORGROUNDPROCEDUREAUTOMATIONCarsten Hartmann, Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany

IAC-22.B3.4-B6.4.4TRAVELSPACEREALTIME:ANAPPROACHTOINTEGRATEDDIGITALTECHNOLOGIESTOSUPPORTSPACEEXPLOITATIONDomenico Tedone, Thales Alenia Space Italia, Italy

IAC-22.B3.4-B6.4.5DESIGNANDAPPLICATIONOFREMOTETESTMODEFORSPACESTATIONPeng Ying, China Academy of Space Technology (CAST), China

IAC-22.B3.4-B6.4.6PREPARATIONANDFIRSTOPERATIONSEXPERIENCEOFTHELIFESUPPORTRACKATCOL-CCLinda Holl, Deutsches Zentrum fuer Luft- und Raumfahrt (DLR), Germany

IAC-22.B3.4-B6.4.8COLUMBUSOPERATIONSTHROUGHOUTTHECOVID-19PANDEMIC.Jérôme Campan, Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany

IAC-22.B3.4-B6.4.9LUNAANDTHENEXTGENERATIONOFGROUNDSEGMENTTECHNOLOGIESThomas Mueller, Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany

IAC-22.B3.4-B6.4.10MAPPINGANALOGUESIlaria Cinelli, AIKO S.r.l., Italy

IAC-22.B3.4-B6.4.11OPERABILITYASANEARLYSTAGEDESIGNMETRICFORHUMANSPACEFLIGHTVEHICLESSrinivasa Bhattaru, Blue Origin LLC, United States

IAC-22.B3.4-B6.4.12LESSONSLEARNEDFROMNASA’SDEEPSPACENETWORKSUPPORTFORTHEARTEMISIMISSIONTOTHEMOONKathleen Harmon, Jet Propulsion Laboratory - California Institute of Technology, United States

B3.5.AstronautTraining,Accommodation,andOperationsinSpace

September 20 2022, 15:00 — S03Co-Chair(s):IgorV.Sorokin,S.P.KorolevRocketandSpaceCorporationEnergia,RussianFederation;AlanT.DeLuna,AmericanAstronauticalSociety(AAS),UnitedStates;Rapporteur(s):KeijiMurakami,JapanAerospaceExplorationAgency(JAXA),Japan;

AF-ASEAstronautsPanelIAC-22.B3.5.2ADAPTIVETRAININGUSINGVIRTUALREALITYFORENTRY,DESCENT,ANDLANDINGDURINGLONGDURATIONEXPLORATIONMISSIONSEsther Putman, University of Colorado Boulder, United States

IAC-22.B3.5.3DEVELOPMENTOFAVIRTUALREALITYSPACEDOCKINGSIMULATORFORRESEARCHANDTRAINING-ACASEAPPLICATIONINTHESPACEANALOGSIRIUS-21Miquel Bosch Bruguera, Institute of Space Systems, University of Stuttgart, Germany

IAC-22.B3.5.4ACOMMONHUMANFACTORSANDLIFESUPPORTARCHITECTUREFORTHEARTEMISCAMPAIGNChrishma Singh-Derewa, United States

IAC-22.B3.5.5HUMAN-SUITINTERACTIONDURINGEVAOFTHEFOOTUSINGAFORCESENSINGSYSTEMNiraliben Patel, University of South Florida, United States

IAC-22.B3.5.6FEASIBILITYSTUDYONCOMFORTABLESPACEENVIRONMENTUNDERLOWGRAVITYKatsuhiko Shibata, Takasago Thermal Engineering Co.,Ltd., Japan

IAC-22.B3.5.7OPTIMIZINGALGORITHMSFORVISUALANDINSTRUMENTALOBSERVATIONSTAKENBYTHECREWOFTHERUSSIANSEGMENTOFTHEINTERNATIONALSPACESTATIONMikhail Yu. Belyaev, Korolev RSC Energia, Russian Federation

IAC-22.B3.5.8THEELECTRONICFIELDBOOKTOOLSUITE:FIELDSCIENCESUPPORTTOOLSFORSTRUCTUREDINFORMATIONCOLLECTIONANDDISTRIBUTIONDURINGHUMANPLANETARYEXPLORATIONANDASTRONAUTTRAININGLeonardo Turchi, European Space Agency (ESA), Italy

IAC-22.B3.5.9NEWTECHNOLOGIESFORCOSMONAUTTRAININGFORFUTUREEXPLORATIONMISSIONSElena Popova, Yu.A. Gagarin Research and Test Cosmonaut Training Center, Russian Federation

B3.6-A5.3.HumanandRoboticPartnershipsinExploration-JointsessionoftheIAFHumanSpaceflightandIAFExplorationSymposia

September 21 2022, 10:15 — S03Co-Chair(s):ChristianSallaberger,CanadensysAerospaceCorporation,Canada;MarkHempsell,TheBritishInterplanetarySociety,UnitedKingdom;Rapporteur(s):JanMariusBach,DLR(GermanAerospaceCenter),Germany;

IAC-22.B3.6-A5.3.1AUTOMATEDCARGOHANDLING:JAXA’SPROSPECTSANDCURRENTR&DACTIVATYSeiko Piotr Yamaguchi, Japan Aerospace Exploration Agency (JAXA), Japan

IAC-22.B3.6-A5.3.2ASTROBEE’SMULTI-YEARACTIVITIESATTHEINTERNATIONALSPACESTATION’SJAPANESEEXPERIMENTALMODULEAndres Mora Vargas, NASA Ames Research Center, United States

IAC-22.B3.6-A5.3.3THEZENOLITH:AROBOTICASSISTANTFORHUMANORIENTATIONANDPSYCHOLOGICALTETHERINGINMICROGRAVITYSands Fish, Massachusetts Institute of Technology (MIT), United States

IAC-22.B3.6-A5.3.4INTRODUCTIONTOSURFACEAVATAR:THEFIRSTHETEROGENEOUSROBOTICTEAMTOBECOMMANDEDWITHSCALABLEAUTONOMYFROMTHEISSNeal Y. Lii, German Aerospace Center (DLR), Germany

IAC-22.B3.6-A5.3.5ONREALIZINGMULTI-ROBOTCOMMANDTHROUGHEXTENDINGTHEKNOWLEDGEDRIVENTELEOPERATIONAPPROACHPeter Schmaus, German Aerospace Center (DLR), Germany

IAC-22.B3.6-A5.3.6TOWARDSREAL-TIMECOMMUNICATIONCOVERAGEPREDICTIONFORCOOPERATIVENETWORKEDROBOTS:RESULTSFROMASPACE-ANALOGUECAMPAIGNONMT.ETNAEmanuel Staudinger, German Aerospace Center (DLR), Germany

IAC-22.B3.6-A5.3.8ELECTROMYOGRAPHY-DRIVENEXTRAMUSCULAR-ASSISTEDSPACESUITGLOVEOPTIMIZATIONANDINTEGRATIONSpencer Dansereau, University of Colorado Boulder, United States

IAC-22.B3.6-A5.3.9LUNAREXPLORATIONVIAMANNED-UNMANNEDTEAMINGWITHAUTONOMOUSROBOTICSWARMSKen Center, Orbit Logic, United States

IAC-22.B3.6-A5.3.10THE“LIVING”HABITAT:INTERACTIONBETWEENLIFESUPPORTSYSTEM,SENSORNETWORKSANDHUMANINHABITANTSChristiane Heinicke, ZARM, University of Bremen, Germany

IAC-22.B3.6-A5.3.11EVALUATINGTHEUTILITYOFROBOTICPRECURSOR,ASSISTANT,ANDPOSTCURSORPARTNERSHIPSINSUPPORTOFHUMANLUNAREXPLORATIONGordon Osinski, Institute for Earth and Space Exploration, Western University, Canada

IAC-22.B3.6-A5.3.12FRAMEWORKFORONLINEMENTALWORKLOADMODELINGINHUMANROBOTTEAMSRobert Wilson, University of California, Santa Cruz (UCSC), United States

IAC-22.B3.6-A5.3.13STUDYANDDEVELOPMENTOFANAIASSISTANTFORFUTUREMOONANDMARSSTATIONS.Elizaveta SHASHKOVA, ISAE-Supaero University of Toulouse, France

B3.7.AdvancedSystems,Technologies,andInnovationsforHumanSpaceflight

September 21 2022, 15:00 — S03Co-Chair(s):MicheleGates,NASAHeadquarters,UnitedStates;SebastienBarde,CentreNationald’EtudesSpatiales(CNES),France;Rapporteur(s):Gi-HyukChoi,KoreaAerospaceResearchInstitute(KARI),Korea,Republicof;

IAC-22.B3.7.1ANOVERVIEWOFJAXAECLSSRESEARCHANDDEVELOPMENTFORFUTUREEXPLORATIONMISSIONSShotaro Futamura, Japan Aerospace Exploration Agency (JAXA), Japan

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IAC-22.B3.7.2SPACESHIPFR’SPROGRESSANDCONTRIBUTIONSTOSPACEEXPLORATIONANDHUMANSPACEFLIGHTAlexis Paillet, Centre National d’Etudes Spatiales (CNES), France

IAC-22.B3.7.3ALOW-COSTADAPTERFORTHEREHYDRATIONOFCOMMERCIALLYAVAILABLEFOODANDBEVERAGESFORSPACEFLIGHTRoxanne Fournier, University of British Columbia, Canada

IAC-22.B3.7.4APPLICATIONSOFAUGMENTEDREALITYFOREXTRAVEHICULARACTIVITY:FIELDRESULTSFROMTHEIMPLEMENTATIONOFSCOUTASSISTANTONEVASPACESUITSCharlotte Pouwels, International Space University (ISU), The Netherlands

IAC-22.B3.7.5CATEGORISATIONOFFUTUREAPPLICATIONSFORAUGMENTEDREALITYINHUMANLUNAREXPLORATIONPaul Topf Aguiar de Medeiros, ESA, European Astronaut Centre (EAC), Germany

IAC-22.B3.7.6CREATINGHUMANEXPERIENCETHROUGHFOODINSPACECarla Uyeda, United States

IAC-22.B3.7.7CLEANINGMETHODSFORREUSINGCLOTHESINSPACEMika Islam, Japan

IAC-22.B3.7.8(non-confirmed)TOWARDSASOFTEXOSUITFORHYPOGRAVITYADAPTATION:DESIGNANDCONTROLOFLIGHTWEIGHTBUBBLEARTIFICIALMUSCLESEmanuele Pulvirenti, University of Bristol, United Kingdom

IAC-22.B3.7.9EXPERIMENTALINVESTIGATIONOFCARBONNANOTUBEDUSTMITIGATIONSYSTEMFORLUNARHABITATSTRUCTURESKavya K. Manyapu, Department of Space Studies, University of North Dakota, United States

IAC-22.B3.7.10DUSTRESISTANTNEXTGENERATIONSPACESUITTHROUGHCITIZENSCIENCEGuadalupe Espinoza Gastelum, International Institute for astronauti-cal Sciences (IIAS), United States

IAC-22.B3.7.11ECOPACK:NEWPACKAGINGSOLUTIONSFORHUMANEXPLORATIONMISSIONSAlain Maillet, MEDES - IMPS, France

IAC-22.B3.7.12STATEOFTRASH-TO-GASTECHNOLOGIESFORFUTUREEXPLORATIONMISSIONSAnne Meier, National Aeronautics and Space Administration (NASA), United States

IAC-22.B3.7.13USINGDESIGNTHINKINGASATOOLFORINNOVATIONINHUMANSPACEFLIGHTNeel Mehta, India

B3.8.HumanSpace&Exploration

September 22 2022, 10:15 — S03Co-Chair(s):DanKing,MDACorporation,Canada;

IAC-22.B3.8.1OPPORTUNITIESFORARTEMISEVOLUTIONTOAFUTURELUNARECO-SYSTEMSam Scimemi, National Aeronautics and Space Administration (NASA), United States

IAC-22.B3.8.2IMPLEMENTINGALEANOPERATIONALSET-UPFORGATEWAYESAMODULESCecilia Marasini, Rhea for ESA, The Netherlands

IAC-22.B3.8.3ARTEMIS’SHALOASAUSECASEFORDESIGNINGAGAINSTHUMANERRORINDEEPSPACEShawnette Adams, Northrop Grumman Corporation, United States

IAC-22.B3.8.4TRANSITIONINGFROMFIRSTTOSECONDGENERATIONLUNARINFRASTRUCTURESMark Hempsell, The British Interplanetary Society, United Kingdom

IAC-22.B3.8.5DYNETICSHUMANLANDINGSYSTEM:OVERVIEWANDSTATUSOFTHEDEVELOPMENTOFALUNARTRANSPORTATIONARCHITECTUREAndrew Crocker, Dynetics, United States

IAC-22.B3.8.6MARSMISSIONCAPABILITIESENABLEDBYNUCLEARTHERMALPROPULSIONChristine Edwards, Lockheed Martin (Space Systems Company), United States

IAC-22.B3.8.7MARS2033HUMANFLYBYMISSIONMatthew Duggan, The Boeing Company, United States

IAC-22.B3.8.8GATEWAYAVIONICSCONCEPTOFOPERATIONSANDCOMMANDANDDATAHANDLINGARCHITECTURESvetlana Hanson, NASA, United States

IAC-22.B3.8.9PREPARINGFORARTEMIS:THEIMPORTANCEOFFIELDGEOLOGYTRAININGINHIGHFIDELITYIMPACTANALOGUESITESGordon Osinski, Institute for Earth and Space Exploration, Western University, Canada

IAC-22.B3.8.10THELUNARSURFACEINNOVATIONCONSORTIUM(LSIC)Rachel Klima, Johns Hopkins University Applied Physics Laboratory, United States

IAC-22.B3.8.11AVISIONFORHUMANMARSEXPLORATIONMADEINBREMENMarc Avila, University of Bremen, Germany

IAC-22.B3.8.12THEIMPACTOFLONG-DURATIONSPACEFLIGHTONTHEHORIZONTALVESTIBULO-OCULARREFLEX(HVOR)ASAMEASUREOFTHESEMICIRCULARCANALSFUNCTIONChloë De Laet, University of Antwerp, Belgium

B3.9-GTS.2.HumanSpaceflightGlobalTechnical Session

September 22 2022, 13:45 — W07Co-Chair(s):GuillaumeGirard,Zero2infinity,Spain;AndreaJaime,IsarAerospace,Germany;

IAC-22.B3.9-GTS.2.1PRODUCTIONOFSPACESUITSANDREPLICASFORSPACETRAVELTaichi Yamazaki, ASTRAX, Inc., Japan

IAC-22.B3.9-GTS.2.2“THECHALLENGE”PROJECT:ANEWAPPROACHTOCOMMERCIALSPACEFLIGHTSAndrey Alyokhin, JSC Glavkosmos, Russian Federation

IAC-22.B3.9-GTS.2.3SPACEFLIGHTANDITSEFFECTSONINTRACRANIALPRESSURE:AREVIEWANDTHEORETICALDELVEINTOTHEPHYSIOLOGYANDMANAGEMENTOFINTRACRANIALPRESSUREELEVATIONINMICROGRAVITYENVIRONMENTMark Rosenberg, Medical University of South Carolina, United States

IAC-22.B3.9-GTS.2.4(non-confirmed)CHASE–COMMERCIALHUMANSPACEFLIGHTEXPEDITIONSMadhu Thangavelu, University of Southern California, United States

IAC-22.B3.9-GTS.2.5(non-confirmed)NEXTGENERATIONSPACESUITDEVELOPMENT:ACASESTUDYOFTHESPACESUITSYSTEMSENGINEERING&INTEGRATIONBRANCHWITHINNASACONTRACTINGANDIMPLEMENTATIONOFAGILEDEVELOPMENTINDESIGN&TESTINGMichael Cabrera, Jacobs Technology, ESCG, United States

IAC-22.B3.9-GTS.2.6(non-confirmed)MEDICALGUIDELINESFORCOMMERCIALORBITALSPACEFLIGHT:WHOGETSTOGO?Shawna Pandya, Canada

IAC-22.B3.9-GTS.2.7LOGISTICALLESSONSFORUNDERWATERANALOGSFROMAFIVE-DAYAQUANAUTICEXPEDITIONKyle Foster, George Mason University, United States

IAC-22.B3.9-GTS.2.8SIRIUS-19Catherine Trainor, Montana State University, United States

IAC-22.B3.9-GTS.2.9ASTRONAUTPROFILEEVOLUTIONTHROUGHTIMEANDSPACE:STUDYOFTHEPAST,CURRENTANDFUTUREREQUIREMENTSTania Gres, Space Generation Advisory Council (SGAC), Italy

B4.29thIAASYMPOSIUMONSMALLSATELLITEMISSIONS

Coordinator(s):AlexdaSilvaCuriel,SurreySatelliteTechnologyLtd(SSTL),UnitedKingdom;JianGuo,DelftUniversityofTechnology(TUDelft),TheNetherlands;Support(s):RhodaShallerHornstein,UnitedStates;

B4.1.23rdWorkshoponSmallSatelliteProgrammesattheServiceofDevelopingCountries

September 19 2022, 10:15 — S02Co-Chair(s):SiasMostert,SpaceCommercialServicesHoldings(Pty)Ltd,SouthAfrica;NathalieRICARD,UnitedNationsOfficeforOuterSpaceAffairs,Austria;Rapporteur(s):DanielleWood,MassachusettsInstituteofTechnology(MIT),UnitedStates;PierreMolette,France;

IAC-22.B4.1.2THEFIRSTETHIOPIANMICRO-SATELLITE(ETRSS-1):LESSONSLEARNEDANDSATELLITETECHNOLOGYKNOW-HOWYilkal Eshete, Ethiopian Space Science and Technology Institute (ESSTI), Ethiopia

IAC-22.B4.1.3MORAZÁNPROJECTGROUNDANDSPACESYSTEMS:RESULTSOFASUCCESSFULPRELIMINARYDESIGNFORSPACEANDGROUNDSEGMENTS,INTERNATIONALCOOPERATION,KNOWLEDGETRANSFERANDLESSONSLEARNED.Moacir Fonseca Becker, Colegio Federado de Ingenieros y de Arquitectos de Costa Rica (CFIA), Costa Rica

IAC-22.B4.1.4K’OTOPROJECT,ALEAPINTOTHESPACEFORMÉXICORafael-Guadalupe Chávez-Moreno, School of Engineering, National Autonomous University of Mexico, Mexico

IAC-22.B4.1.5DEVELOPMENTSTATUSOFIMAGINGHOMELANDFROMSPACEMISSIONFORTHETEMUULEL1UCUBESATUsukhbayar Erdenebat, National University of Mongolia, Mongolia

IAC-22.B4.1.6(non-confirmed)SPACEEDUCATIONANDACCESSIBILITYWITHSMALLSATELLITES-PAKISTANPERSPECTIVEMuhammad Rizwan Mughal, Institute of Space Technology (IST), Pakistan

IAC-22.B4.1.7ANOVERVIEWOFON-GOINGSATELLITETECHNOLOGYTRANSFERPROGRAMSATBERLINSPACETECHNOLOGIESJens Riesselmann, Technische Universität Berlin, Germany

IAC-22.B4.1.8DEVELOPMENTOFTHECOLOMBIANSPACEPROGRAMSonia Rincón, Colombia

IAC-22.B4.1.9BIRDS-4SATELLITESCONSTELLATION:APRSMISSIONPRELIMINARYRESULTSFORREMOTEDETECTIONOFTRIATOMINESINTHEPARAGUAYANCHACO.Adolfo Jara, Kyushu Institute of Technology, Japan

IAC-22.B4.1.10OPPORTUNITIESFORCUBESATDEPLOYMENTUNDERTHEUNITEDNATIONSACCESSTOSPACE4ALLINITIATIVE:ACHIEVEMENTSIN2021-2022Jorge Del Rio Vera, United Nations Office for Outer Space Affairs, Austria

IAC-22.B4.1.11ESTABLISHINGANETWORKOFGROUNDSENSORTERMINALS(GSTS)FORSATELLITEBASEDGLOBALSTOREANDFORWARDDATACOLLECTIONMISSIONINDEVELOPINGCOUNTRIESPooja Lepcha, Kyushu Institue of Technology, Japan

IAC-22.B4.1.12IOTSATELLITEMISSIONANALYSISFORSMARTAGRICULTUREANDWATERMANAGEMENTHaitham Akah, National Authority for Remote Sensing and Space Sciences (NARSS), Egypt

IAC-22.B4.1.13(non-confirmed)SPECIALIZATIONASASOURCEOFCONTINUOUSMISSIONRESULTSOUTPUTFORDEVELOPINGNATIONS:THESETECLABCASEINCOSTARICAAdolfo Chaves Jiménez, Instituto Tecnológico de Costa Rica (TEC), Costa Rica

B4 .2 . Small Space Science Missions

September 18 2022, 15:15 — S02Co-Chair(s):LarryPaxton,TheJohnHopkinsUniversityAppliedPhysicsLaboratory,UnitedStates;NorbertM.K.Lemke,OHBSystemAG-Oberpfaffenhofen,Germany;Rapporteur(s):RobertaMugellesi-Dow,EuropeanSpaceAgency(ESA),UnitedKingdom;OanavanderTogt,TNO,TheNetherlands;

IAC-22.B4.2.1OVERVIEWANDROADMAPOFITALIANSPACEAGENCYACTIVITIESINTHEMICRO-ANDNANO-SATELLITEDOMAINGiuseppe Leccese, ASI - Italian Space Agency, Italy

IAC-22.B4.2.2ADISTRIBUTEDSPACE-WEATHERSENSORSYSTEMUSINGSMALLSATELLITESSteve Eckersley, Surrey Satellite Technology Ltd (SSTL), United Kingdom

IAC-22.B4.2.3THEIXRDONSHARJAH-SAT-1CUBESAT,THESCIENCEMISSIONANDGROUNDCALIBRATIONEmrah Kalemci, Sabanci University, Turkey

IAC-22.B4.2.4ATISE:MISSIONCONCEPTFORAURORALANDPARTICLEMONITORINGWITHA12UCUBESATImane El Khantouti, Space Generation Advisory Council (SGAC), France

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IAC-22.B4.2.5FIRSTRESULTSFROMINSPIRESAT-1Amal Chandran, Nanyang Technological University, Singapore, Republic of

IAC-22.B4.2.6INTRA-ORBITIN-SITUPLASMAMEASUREMENTUSINGCOST-EFFECTIVERESEARCHANDOBSERVATIONINMEDIUMEARTHORBIT(ROMEO)MICROSATELLITEPLATFORMLeroy George, IRS, University of Stuttgart, Germany

IAC-22.B4.2.7AUXILIARYSENSORPACKAGE(ASP)DESIGNFORCHARACTERIZINGAURORALEMISSIONSWITHTHEAEROANDVISTACUBESATSCadence Payne, Massachusetts Institute of Technology (MIT), United States

IAC-22.B4.2.8MISSIONDESIGNOF12UCUBESATFOREXPLORATIONDETECTIONANDCHARACTERIZATIONBASEDONNULLINGINTERFEROMETRYHe Zhou, Dalian University of Technology (DUT), China

IAC-22.B4.2.9THESTAR-PLANETACTIVITYRESEARCHCUBESAT(SPARCS):DETERMININGINPUTSTOPLANETARYHABITABILITYDavid Ardila, Jet Propulsion Laboratory - California Institute of Technology, United States

IAC-22.B4.2.10WOLFSAT-1:1ULEODEMONSTRATIONOFBIOLOGICALDEGRADATIONOFPETKevin Simmons, BLUECUBE Aerospace, United States

B4.3.SmallSatelliteOperations

September 19 2022, 15:00 — S02Co-Chair(s):AndreasHornig,Jena-OptronikGmbH,Germany;PeterM.Allan,STFC,UnitedKingdom;StephanRoemer,AntwerpSpace,Belgium;Rapporteur(s):LynetteTan,SingaporeSpaceandTechnologyLTD(SSTL),Singapore,Republicof;

IAC-22.B4.3.1CUBELASERCOMMUNICATIONTERMINALSTATEOFTHEARTPatricia Martin Pimentel, Tesat-Spacecom, Germany

IAC-22.B4.3.2LORACOMMUNICATIONSYSTEMFORTHESOLARSAILCRAFTPAYANKEUANDTHEEARTH-MOONCHALLENGELAN-SUN-LUK JEAN DANIEL, University of La Réunion, La Reunion

IAC-22.B4.3.3IMAGE-BASEDCHARACTERIZATIONOFACUBESAT’SADCSBoris Segret, Observatoire de Paris, France

IAC-22.B4.3.4HUMSAT-DREVIVAL:RECOVERYOPERATIONSANDROOTCAUSEANALYSISAFTER7YEARSOFNOCONTACTAlejandro Camanzo-Mariño, Universidad de Vigo, Spain

IAC-22.B4.3.5OPTIMALLOWTHRUSTCONTROLLEDMANEUVERDESIGNTOCHASEANDDE-ORBITTHEPSLVDEBRIS.Roshan Sah, Tata Consultancy Services, India

IAC-22.B4.3.6CAPSTONE:AUNIQUECUBESATPLATFORMOPERATINGINCISLUNARSPACEThomas Gardner, Advanced Space, United States

IAC-22.B4.3.7AUGMENTINGDIGITALSIGNALPROCESSINGWITHMACHINELEARNINGTECHNIQUESUSINGTHESOFTWAREDEFINEDRADIOONTHEOPS-SATSPACELABTom Mladenov, SES Engineering, Luxembourg

IAC-22.B4.3.8SUPPORTINGCUBESATOPERATIONSUSINGSMILEINFRASTRUCTUREATESAVidushi Jain, York University, Canada

IAC-22.B4.3.9CONSTRAINTPROGRAMMINGFORSCHEDULINGTHEOPERATIONSOFSTRATHCUBE:ANANOSATELLITEFORDETECTINGSPACEDEBRISIain Hall, University of Strathclyde, United Kingdom

IAC-22.B4.3.10SHARINGMISSIONDATABASESONASOFTWARE-DEFINEDSATELLITEYuri Matheus Dias Pereira, EnduroSat AD, Bulgaria

IAC-22.B4.3.12FIRSTIN-ORBITOPERATIONSFORTHEWILDTRACKCUBE-SIMBAANDLEDSAT1UCUBESATSLorenzo Frezza, Sapienza University of Rome, Italy

B4.4.SmallEarthObservationMissions

September 20 2022, 10:15 — S02Co-Chair(s):CarstenTobehn,EuropeanSpaceAgency(ESA),TheNetherlands;LarryPaxton,TheJohnHopkinsUniversityAppliedPhysicsLaboratory,UnitedStates;Rapporteur(s):WernerR.Balogh,EuropeanSpaceAgency(ESA),Switzerland;MarcoGomezJenkins,UnitedKingdom;

IAC-22.B4.4.1JLDAILYVISIONCONSTELLATION,ON-ORBITLOWCOSTMICROSATUSINGSUPERLEGGERACAMERAAT15MINSREVISITJean-Daniel Tragus, China HEAD Aerospace Technology Co., France

IAC-22.B4.4.2COMPARINGPRE-ANDPOST-LAUNCHIMAGESFROMTHEHYPSO-1CUBESATHYPERSPECTRALIMAGERMarie Henriksen, Norwegian University of Science and Technology, Norway

IAC-22.B4.4.3IN-FLIGHTRESULTSOFTHENAPA-2TURN-KEYHIGHRESOLUTIONIMAGINGSYSTEM–ASTEPPINGSTONETOWORLD-LEADINGEOMISSIONSUSINGCUBESATTECHNOLOGYZeger de Groot, Innovative Solutions in Space BV, The Netherlands

IAC-22.B4.4.4NANOSMAD-ASATELLITEMISSIONANALYSISANDDESIGNTOOLFORLEONANOSATELLITESAmitha Saleem, Nanyang Technological University, Singapore, Republic of

IAC-22.B4.4.5GNSSREMOTESENSINGMISSIONSINTAIWANYung-Fu Tsai, National Space Organization, Taipei

IAC-22.B4.4.6DESIGNANDDEVELOPMENTOFANEXT-GENERATIONGREENHOUSEGASMONITORINGMICROSATELLITECLUSTERRahul Ravin, Space Flight Laboratory, University of Toronto, Canada

IAC-22.B4.4.7HARP:A3UCUBESATFORAEROSOLANDCLOUDOBSERVATIONSAnin Puthukkudy, Joint Center for Earth Systems Technology, (JCET/UMBC), United States

IAC-22.B4.4.8SOVA–THECZECHSMALLSATELLITEMISSIONTOENHANCECLIMATEMODELPRECISIONOndrej Krepl, OHB Czechspace, Czech Republic

IAC-22.B4.4.9SATURN–ASYNTHETICAPERTURERADARCUBESATSSWARMMISSIONFOREARTHOBSERVATIONVito Lamarca, OHB Italia SpA, Italy

IAC-22.B4.4.10MONITORINGANDEARLYDETECTIONOFWILDFIRESUSINGMULTIPLE-PAYLOADFRACTIONATEDSPACECRAFTM. Reza Emami, University of Toronto Institute for Aerospace Studies, Canada

IAC-22.B4.4.11THECUAVA-2EARTHOBSERVATIONSATELLITE:DESIGNANDLESSONSLEARNTFROMITSPREDECESSORCUAVA-1Xueliang Bai, The University of Sydney, Australia

IAC-22.B4.4.12CALIBRATIONANDVALIDATIONOFTHEPRE-OPERATIONALHYPERSCOUT2DATA.Nathan Vercruyssen, Cosine Remote Sensing B.V., The Netherlands

IAC-22.B4.4.13AEROS:OCEANOGRAPHICHYPERSPECTRALIMAGINGANDARGOS-TRACKING3UCUBESATSophie Prendergast, Portugal

B4.5.AccesstoSpaceforSmallSatelliteMissions

September 20 2022, 15:00 — S02Co-Chair(s):YvesGerard,AirbusDefence&Space,France;PhilipDavies,DeimosSpaceUKLtd,UnitedKingdom;Rapporteur(s):JeffEmdee,TheAerospaceCorporation,UnitedStates;CarlosNiederstrasser,NorthropGrummanCorporation,UnitedStates;

IAC-22.B4.5.1THESMALLLAUNCHVEHICLESURVEY-A2022UPDATE(AREGULARCADENCE?)Carlos Niederstrasser, Northrop Grumman Corporation, United States

IAC-22.B4.5.2COMPREHENSIVECAPACITYBUILDINGINITIATIVESANDINTERNATIONALCONTRIBUTIONTHROUGHTHECUBESATDEPLOYMENTFROMISS,KIBOYasuko Shibano, Japan Aerospace Exploration Agency (JAXA), Japan

IAC-22.B4.5.3VEGAFAMILYENHANCEDFLEXIBILITYFORMULTIPAYLOADMISSIONSElisa Nardi, Avio Spa, Italy

IAC-22.B4.5.4ARIANE6’SMAIDENFLIGHTRIDESHAREMISSIONMathieu CHAIZE, ArianeGroup SAS, France

IAC-22.B4.5.5NOVELSATELLITESEPARATIONSOLUTIONSFORTHENEXTGENERATIONOFSATELLITECONSTELLATIONSNisanur Eker, DcubeD (Deployables Cubed GmbH), Germany

IAC-22.B4.5.6(non-confirmed)RAPID,AFFORDABLE,DEDICATEDSMALLSATLAUNCHTOMEOORGEOENABLEDBYTHEUSEOFLEODEPOTREFUELINGMichel Loucks, Space Exploration Engineering Co., United States

IAC-22.B4.5.7PROSPECTSFORTHESMALLSATELLITEMARKETAlexandre Najjar, Euroconsult, France

IAC-22.B4.5.8LAUNCHUKUPDATELaura Ciccone, UK Space Agency, United Kingdom

IAC-22.B4.5.9ACONCEPTUALSTUDYOFKICKSTAGEANDDUALLAUNCHSCHEMEFORMISSIONEXPANSIONOFKOREANSMALLSAT-DEDICATEDLAUNCHVEHICLEDaeban Seo, Korea Aerospace Research Institute (KARI), Korea, Republic of

IAC-22.B4.5.10DESIGNANDPROGRAMMATICOPPORTUNITIESFORSMALLSATELLITEMISSIONSCONSIDERINGRECENTTRENDSINLAUNCHVEHICLEMARKETJulian Fischer, University of Bremen, Germany

IAC-22.B4.5.11TIANZHOUCARGOSHIPEEXPERIMENTINTERFACEANDITSCUBESATDEPLOYMENTSYSTEMJianyu Lei, China Academy of Space Technology, China

B4.6A.GenericTechnologiesforSmall/MicroPlatforms

September 22 2022, 13:45 — S02Co-Chair(s):PhilipDavies,DeimosSpaceUKLtd,UnitedKingdom;JoostElstak,AirbusDefenceandSpaceNetherlands,TheNetherlands;Rapporteur(s):JianGuo,DelftUniversityofTechnology(TUDelft),TheNetherlands;ThomasTerzibaschian,DLR,GermanAerospaceCenter,Germany;

IAC-22.B4.6A.1ASSESSMENTOFADEPLOYABLEAERODYNAMICCONTROLSYSTEMFORMICROSATELLITESRECOVERYEmanuela Gaglio, Scuola Superiore Meridionale, Italy

IAC-22.B4.6A.2HIGHFIDELITYCORRELATIONOFDEPLOYABLESTRUCTURESFORMICRO-SATELLITESEmilio Lozano, ICEYE Oy, Finland

IAC-22.B4.6A.3INTER-SATELLITERELATIVEPOSITIONMEASUREMENTMODULEFORFORMATIONFLYINGOFMICROSATELLITESYingkai Cai, Tsinghua University, China

IAC-22.B4.6A.4EXPLORATIONANDPRACTICEOFMASSPRODUCTIONMODEFORCOMMERCIALSATELLITESSHIJIE ZHANG, State Key Laboratory of Media Convergence Production Technology and Systems (China), China

IAC-22.B4.6A.5MA61CSMARTADAPTERON-BOARDCOMPUTERSaish Sridharan, Space Products and Innovation, Germany

IAC-22.B4.6A.6ISISPACE16USATELLITEPLATFORMFORNEXTGENERATIONEARTHOBSERVATIONCONSTELLATIONSZeger de Groot, Innovative Solutions in Space BV, The Netherlands

IAC-22.B4.6A.7FERROFLUID-BASEDATTITUDECONTROLFORSMALLSATELLITESFelix Schäfer, Institute of Space Systems, Universität Stuttgart, Germany

IAC-22.B4.6A.8SOFTWAREDEFINEDPAYLOADHANDLINGUNITFORSHAREDSMALLSATELLITEMISSIONSFORIN-ORBIT-DEMONSTRATIONDaria Stepanova, German Orbital Systems GmbH, Germany

IAC-22.B4.6A.9ON-BOARDIMAGEPROCESSINGWITHFPGAACCELERATIONUSINGDEEPNEURALNETWORKINFERENCEMaria Jose Luna Mejia, Fraunhofer - Institut für Kurzzeitdynamik, Ernst-Mach-Institut (EMI), Germany

IAC-22.B4.6A.10SOFTWAREANDHARDWAREINTHELOOPTESTS-FROMPICOTOSMALLSATELLITESWITHAIRBEARINGTESTSTANDSAnja Nicolai, Astro- und Feinwerktechnik Adlershof GmbH, Germany

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IAC-22.B4.6A.11ON-ORBITDEMONSTRATIONOFMICROWAVEAPERTURESYNTHESISONDEPLOYABLEMEMBRANESTRUCTURE:STATUSREPORTAhmed Kiyoshi Sugihara El Maghraby, Japan Aerospace Exploration Agency (JAXA), Japan

IAC-22.B4.6A.12LOLASAT–NANO-SATELLITEIN-ORBITDEMONSTRATIONFORVERYLOWLATENCYCOMMUNICATIONOliver Ruf, Germany

B4.6B.GenericTechnologiesforNano/PicoPlatforms

September 21 2022, 10:15 — S02Chairman(s):AndyVick,RALSpace,UnitedKingdom;Co-Chair(s):ZegerdeGroot,InnovativeSolutionsinSpaceBV,TheNetherlands;Rapporteur(s):MartinvonderOhe,LacunaSpace,Germany;EugeneDKim,SatrecInitiative,Korea,Republicof;

IAC-22.B4.6B.1CHARACTERIZATIONOFAFLUX-PINNINGINTERFACEFORTHECONTROLOFNANOSATELLITESINVERYCLOSEPROXIMITYStefano Carletta, Sapienza University of Rome, Italy

IAC-22.B4.6B.2CONTINUOUSPAYLOADOPERATIONSFORNANOSATELLITESENABLEDBYANAUTONOMOUSMULTIPURPOSESOLARARRAYDRIVERACTUATORAleksander Fiuk, Poland

IAC-22.B4.6B.3BDSAT:ACUBESATBASEDPLATFORMFOREXPERIMENTSANDIODMISSIONSTomas Valer, Czech Republic

IAC-22.B4.6B.4AUTONOMOUSCULTIVATIONSYSTEMFORNANOPLATFORMS:THEGREENCUBEMISSIONPaolo Marzioli, Sapienza University of Rome, Italy

IAC-22.B4.6B.5SINGLE-GIMBALCONTROLMOMENTGYROWITHSPHERICALMOTORTECHNOLOGYFORATTITUDEDETERMINATIONANDCONTROLSYSTEMJohnny Liao, Tensor Tech CO., LTD., Taipei

IAC-22.B4.6B.6NEPAL’SIN-ORBITTECHNOLOGYDEMONSTRATIONMISSIONOFREPURPOSINGPX4DRONEAUTOPILOTASACUBESATOPERATINGSYSTEMJanardhan Silwal, Nepal Space Foundation, Nepal

IAC-22.B4.6B.7SMALLSATELLITESFORCYBERSECURITYAPPLICATIONSATTHETUBERLIN-THERACCOONANDCYBEESATMISSIONSJens Freymuth, Technische Universität Berlin, Germany

IAC-22.B4.6B.8ANINNOVATIVERADIATIONMONITORANDEPSSYSTEMFORFUTURECUBESATMISSIONSWolfgang Treberspurg, University of Applied Science Wiener Neustadt, Austria

IAC-22.B4.6B.9DEVELOPMENTANDDEMONSTRATIONOFRENDEZVOUS/DOCKINGTECHNOLOGIESUSINGNANOSATELLITEHae-Dong Kim, Gyeongsang National University, Korea, Republic of

IAC-22.B4.6B.10OPTICALEMISSIONSPECTROSCOPYASTHRUSTMEASUREMENTTECHNIQUEFORMICROPROPULSIONSYSTEMSFORSMALLSATELLITESKatherine Fowee Gasaway, Purdue University, United States

IAC-22.B4.6B.11PREPARINGFORBEYOND-LEONANO-SATELLITEMISSIONS:BENEFITSOFNEWGNCSTRATEGIESHarish Rao Ramavaram, Department of Space Engineering, Lulea University of Technology, Sweden

IAC-22.B4.6B.12SPACERIDEROBSERVERCUBE–SROC:ACUBESATMISSIONFORPROXIMITYOPERATIONSDEMONSTRATIONSabrina Corpino, Politecnico di Torino, Italy

B4.7.ConstellationsandDistributedSystems

September 21 2022, 15:00 — S02Co-Chair(s):RainerSandau,InternationalAcademyofAstronautics(IAA),Germany;MicheleGrassi,UniversityofNaples“FedericoII”,Italy;Rapporteur(s):JaimeEsper,NationalAeronauticsandSpaceAdministration(NASA),UnitedStates;AaronRogers,MaxarTechnologies,UnitedStates;

IAC-22.B4.7.1THECLOUDCTFORMATIONOF10NANO-SATELLITESFORCOMPUTEDTOMOGRAPHYTOIMPROVECLIMATEPREDICTIONSMaximilian von Arnim, Zentrum für Telematik, Germany

IAC-22.B4.7.2OPTICALSYSTEMDESIGNFORAMULTI-CUBESATSDEBRISSURVEILLANCEMISSIONDan Pineau, Cranfield University, Cranfield UK, United Kingdom

IAC-22.B4.7.3BEAMFORMINGANDMULTI-PLATFORMIMAGESYNTHESISFORRODIODISTRIBUTEDSARMISSIONAlfredo Renga, University of Naples “Federico II”, Italy

IAC-22.B4.7.4AREVIEWOFSMALLSATELLITECONSTELLATIONSFORIOTCONNECTIVITYJorge Bordalo Monteiro, Centre for Mechanical and Aerospace Science and Technologies (C-MAST), Portugal

IAC-22.B4.7.6SPARTAN:AHIGH-PERFORMANCENEXT-GENERATIONNANOSATELLITEPLATFORMFORDEMANDINGNEWSPACEAPPLICATIONSRami Kandela, Space Flight Laboratory (SFL), Canada

IAC-22.B4.7.7ACONSTELLATIONBASEDAPPROACHTOANORBITALMANUFACTURINGECOSYSTEMBruce Clarke, Space Generation Advisory Council (SGAC), United Kingdom

IAC-22.B4.7.8DEVELOPINGADISTRIBUTEDANDFRACTIONATEDSYSTEMOF10GRAMSSATELLITESFORPLANETARYOBSERVATIONOlivia Borgue, University of Luxembourg, Luxembourg

IAC-22.B4.7.9FORCE:AFORMATIONFLYINGSARBASEDONCUBESATASSEMBLIESMichele Grassi, University of Naples “Federico II”, Italy

IAC-22.B4.7.10TOM/TIMREALIZATION-ASATELLITEEOFORMATIONFLYINGMISSIONOFTHREENANOSATELLITESFORRETRIEVINGMULTIVIEWSTEREOSCOPICDATAAlexander Kleinschrodt, Zentrum für Telematik, Germany

IAC-22.B4.7.11NASA’SGODDARDSPACEFLIGHTCENTER’SDISTRIBUTEDSYSTEMSMISSIONSARCHITECTURECheryl Gramling, NASA-Goddard Space Flight Center, United States

IAC-22.B4.7.12GLOBALGREENHOUSEGASESEMISSIONSESTIMATIONTHROUGHSMALLSATELLITECONSTELLATIONSDaria Stepanova, German Orbital Systems GmbH, Germany

B4.8.SmallSpacecraftforDeep-SpaceExploration

September 22 2022, 10:15 — S02Co-Chair(s):LeonAlkalai,MandalaSpaceVentures,UnitedStates;ReneLaufer,LuleåUniversityofTechnology,Sweden;Rapporteur(s):AmandaStiles,RocketLab,UnitedStates;JaimeEsper,NationalAeronauticsandSpaceAdministration(NASA),UnitedStates;

IAC-22.B4.8.1ONTHELOW-COSTASYNCHRONOUSONE-WAYRANGEMEASUREMENTMETHODANDTHEDEVICEFORMICROTONANODEEPSPACEPROBESJunichiro Kawaguchi, Australian National University (ANU), Australia

IAC-22.B4.8.2OPERA:ONBOARDPROCESSINGORBITDETERMINATIONBYONE-WAYRANGINGFORLUNAREXPLORATIONMISSIONMakiko Kishimoto, LaSEINE, Kyushu Institute of Technology, Japan

IAC-22.B4.8.3PROJECTOVERVIEWANDSTATUSUPDATEOFDUAL-SATELLITELUNARGLOBALNAVIGATIONMISSIONWITH6U-CUBESATSToshiki Tanaka, University of Houston, United States

IAC-22.B4.8.4DESIGNANDVALIDATIONOFANAUTONOMOUSORBITDETERMINATIONSYSTEMFORASMALLSATCONSTELLATIONLuca Vigna, Argotec, Italy

IAC-22.B4.8.5THEMARSCOMMUNICATIONSANDNAVIGATIONCONSTELLATIONMISSIONDESIGN:SMALLSATELLITESAROUNDMARSStefania Cornara, Deimos Space S.L., Spain

IAC-22.B4.8.6DESIGNOFTHEVISION-BASEDGNCSUBSYSTEMOFHERA’SMILANIMISSIONFelice Piccolo, Politecnico di Milano, Italy

IAC-22.B4.8.7CAPSTONEMISSIONLAUNCHANDOPERATIONSJeffrey Parker, Advanced Space, United States

IAC-22.B4.8.8TRAJECTORYDESIGNANDDISPERSIONANALYSISOFNANOMOONLANDEROMOTENASHIJunji Kikuchi, Japan Aerospace Exploration Agency (JAXA), Japan

IAC-22.B4.8.9ITALIANCUBESATSFORMOONANDASTEROIDIMAGINGMarilena Amoroso, Italian Space Agency (ASI), Italy

IAC-22.B4.8.10JUVENTASCUBESATINSUPPORTOFHERAMISSIONTODIDYMOSASTEROIDSYSTEM:TEST-DRIVENIMPLEMENTATIONMehdi Scoubeau, GomSpace Aps, Luxembourg

IAC-22.B4.8.11AGRAVIMETERFORSOLARSYSTEMSMALLBODIESINTHEFIRSTEUROPEANSPACEAGENCYPLANETARYDEFENCEMISSIONJosé A Carrasco, Universidad Miguel Hernández, Spain

IAC-22.B4.8.12EVOLUTIONOFBIOLOGICALSATELLITES:FROMLOWEARTHORBITTONASA’SBIOSENTINELDEEPSPACEMISSIONSergio Santa Maria, NASA Ames Research Center, United States

IAC-22.B4.8.13DEEPSPACESMALLSATS:SUMMARYOFTHECURRENTTHINKING,APPROACHESANDLESSONSLEARNEDAaron Zucherman, Cornell University, United States

B4.9-GTS.5.SmallSatelliteMissionsGlobalTechnical Session

September 21 2022, 15:00 — W07Co-Chair(s):MatthiasHetscher,DLR(GermanAerospaceCenter),Germany;NorbertM.K.Lemke,OHBSystemAG-Oberpfaffenhofen,Germany;Rapporteur(s):AlexdaSilvaCuriel,SurreySatelliteTechnologyLtd(SSTL),UnitedKingdom;VictoriaBarabash,LuleåUniversityofTechnology,Sweden;

IAC-22.B4.9-GTS.5.1QARMANRE-ENTRYCUBESAT:FROMDESIGNANDPRE-FLIGHTTESTINGTOPOST-FLIGHTLESSONSLEARNEDAmandine Denis, von Karman Institute for Fluid Dynamics, Belgium

IAC-22.B4.9-GTS.5.2IMPLEMENTATIONOFSYSTEMSENGINEERINGPRACTICESFORUNIVERSITY-LEVELSMALLSATELLITEPROGRAMSRishin Aggarwal, Missouri University of Science and Technology (Missouri S&T), United States

IAC-22.B4.9-GTS.5.3STRATEGYFORTHECOST-EFFECTIVEIN-ORBITCHARACTERIZATIONOFASETOFDIFFERENTPEROVSKITESOLARCELLSMarco Giugliarelli, Politecnico di Milano, Italy

IAC-22.B4.9-GTS.5.4PRELIMINARYDESIGNOFAPLURI-APPLICATIONS&OPERATIONSEXAMINATIONSATELLITE(PANOPTES)Julien DOCHE, ISAE-Supaero University of Toulouse, France

IAC-22.B4.9-GTS.5.5QUBE-II–DEMONSTRATIONOFQUANTUMKEYDISTRIBUTION(QKD)WITHACUBESATMartin Hutterer, OHB System AG - Oberpfaffenhofen, Germany

IAC-22.B4.9-GTS.5.6DE-RISKINGSPACEMISSIONSTHROUGHCOMMISSIONINGANDQUALIFICATIONOFTHAILAND’SNATIONALASSEMBLY,INTEGRATION,ANDTESTINGFACILITYTHROUGHTHETHEOS-2SMALLSATMISSIONNathanan Sachdev, Geo-Informatics and Space Technology Development Agency (GISTDA), Thailand

IAC-22.B4.9-GTS.5.7MICROGREENSGROWTHTESTSANDSPACEQUALIFICATIONFORTHEGREENCUBECUBESATCULTIVATIONLABORATORYPaolo Marzioli, Sapienza University of Rome, Italy

IAC-22.B4.9-GTS.5.8DESIGNANDDEVELOPMENTOFSPACECRAFTSIMULATORTESTBED:PLATFORMFORVALIDATINGMANEUVERINGCONTROLSTRATEGIESINFRICTIONLESSENVIRONMENTVikram Saini, Indian Institute of Technology Kanpur, India

IAC-22.B4.9-GTS.5.9SEAMLESSRADIOACCESSNETWORKFORINTERNETOFSPACE(SERANIS):NEWSPACEMISSIONFORRESEARCH,DEVELOPMENT,ANDIN-ORBITDEMONSTRATIONOFCUTTING-EDGETECHNOLOGIESArtur Kinzel, Universität der Bundeswehr München, Germany

IAC-22.B4.9-GTS.5.10BUILDINGANDLAUNCHINGTHAI1ST-MADECOTSFLIGHTEXPERIMENTALPAYLOADONBOARDTHEOS-2SMALLSATPanatchai Bunniti, Geo-Informatics and Space Technology Development Agency (GISTDA), Thailand

IAC-22.B4.9-GTS.5.11THECONCEPTOFAREUSABLESMALLSATELLITEFORACARBONNEGATIVEFUTUREAna Paula Nunes, United Kingdom

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IAC-22.B4.9-GTS.5.12APPLICATIONSOFPARAGLIDER-HIGHALTITUDEBALLOONTELEMETRYFORSUCCESSFULSECONDARYSTUDENTCUBESATMISSIONSArgyrios Vaitsos, United States

IAC-22.B4.9-GTS.5.13CHALLENGESINTHEDEVELOPMENTPROCESSFORSMALLSATELLITEMISSIONPurichmun Low, Universität der Bundeswehr München, Germany

IAC-22.B4.9-GTS.5.14HOWASELFIEFROMSPACECANSIMULTANEOUSLYLEADTOCUBESATELLITEDEVELOPMENTANDENGAGETHEGENERALPUBLICINSPACEACTIVITIESWilhelm Kristiansen, NTNU, Norway

IAC-22.B4.9-GTS.5.15HOWTHETRITON-XPLATFORMSWEREDESIGNEDFOR“NEWSPACE”Florio Dalla Vedova, LuxSpace Sarl, Luxembourg

B5.IAFSYMPOSIUMONINTEGRATEDAPPLICATIONS

Coordinator(s):JeanneHolm,CityofLosAngeles,UnitedStates;RobertaMugellesi-Dow,EuropeanSpaceAgency(ESA),UnitedKingdom;

B5.1.ToolsandTechnologyinSupportofIntegratedApplications

September 18 2022, 15:15 — 731/732Co-Chair(s):JeanneHolm,CityofLosAngeles,UnitedStates;RobertaMugellesi-Dow,EuropeanSpaceAgency(ESA),UnitedKingdom;Rapporteur(s):BeatriceBarresi,EuropeanSpaceAgency(ESA),UnitedKingdom;

IAC-22.B5.1.1EARTHBIT:ADESKTOPTOOLTOINGESTANDPROCESSPRISMAHYPERSPECTRALDATALuigi Agrimano, Planetek Italia, Italy

IAC-22.B5.1.2SKYRIDERHAPSFORINTEGRATEDAPPLICATIONSJiri Pavlik, Czech Republic

IAC-22.B5.1.3LYNK-AMOBILEAPPLICATIONFORTHEDEMOCRATIZATIONOFSPACEEXPLORATIONSLeonardo Delleani, Politecnico di Milano, Italy

IAC-22.B5.1.4CREATIONINTEGRATEANDDIGITALPROCESSINGSYSTEMFORINTELLEGENTCONTROLOFAZERSPACESATELLITEINFORMATIONSevda R. Ibrahimova, National Aviation Academy - Azerbaijan, Azerbaijan

IAC-22.B5.1.5OPENPLANETFACTS:SPACEANDINSITUDATATOEMPOWERCITIZENSFORASUSTAINABLEPLANET,APROPOSITIONOFFRENCHINSTITUTIONS(CNES,ADEMEANDOFB)Francois Jocteur Monrozier, Centre National d’Etudes Spatiales (CNES), France

IAC-22.B5.1.6EDGECOMPUTINGINSPACE:AFRAMEWORKFORASSESSINGON-ORBITPROCESSINGANDMACHINELEARNINGAPPLICATIONS.Carmen Misa Moreira, University of Luxembourg, Luxembourg

IAC-22.B5.1.8(non-confirmed)USEOFSATELLITEIMAGERYFORTHECONSTRUCTIONOF3DENVIRONMENTSAPPLIEDTOMARITIMENAVIGATIONSIMULATORSYoseli Guaramato, Bolivarian Agency for Space Activities (ABAE), Venezuela

IAC-22.B5.1.9MODELLINGANDANALYSISOFACQUISITION,POINTINGANDTRACKINGANDATMOSPHERICTURBULENCEONTHEOPTICALQKDCHANNELBETWEENACUBE-SATELLITETRANSMITTERANDOPTICALGROUNDRECEIVERFORINDIANSUB-CONTINENT.Anand Nagesh, Big Dipper Exploration Technologies, India

IAC-22.B5.1.10GEO-REFERENCINGCROPLABELSFROMSTREET-LEVELIMAGESUSINGSTRUCTUREFROMMOTIONSneha Manimurugan, National University of Singapore, Singapore, Republic of

IAC-22.B5.1.11MSMOMULTI-SERVICEMISSIONSOPPORTUNITIESCarmen Velarde, OHB System AG, Germany

IAC-22.B5.1.12OUTCOMEANDLESSONSLEARNTFROMTHEHEMERABALLOONINFRASTRUCTURE–NEWANDINNOVATIVEAPPROACHFORSCIENCE,TECHNOLOGYANDPREPARATIONFORNEWSPACEANDEARTHOBSERVATIONMISSIONSKristine Dannenberg, Swedish National Space Board (SNSB), Sweden

IAC-22.B5.1.13(non-confirmed)SATELLITEVIDEOTARGETTRACKINGBASEDONIMPROVEDYOLOV3ANDDEEPSORTRuihao Zhou, University of Electronic Science and Technology of China (UESTC), China

IAC-22.B5.1.14LEVERAGINGEARTHOBSERVATIONDATAFORMITIGATINGTHEADVERSEEFFECTSOFGLOBALWARMINGANDCLIMATECHANGE-PREDICTINGTHERAPIDMELTINGOFSEAICEANDGLACIERS.Adewale Adelanwa, Nigeria

IAC-22.B5.1.15THEGOLDCRESTMISSIONANDTHEON-BOARDCOMPUTINGREQUIREMENTSNECESSARYTOGENERATETHEDELAY-DOPPLERMAPSREQUIREDTODETERMINESOILMOISTURECONTENTMichele Jamrozik, University of Luxembourg, Luxembourg

B5.2.IntegratedApplicationsEnd-to-EndSolutions

September 20 2022, 15:00 — E03ACo-Chair(s):BorisPenne,OHBSystemAG,Germany;RobertaMugellesi-Dow,EuropeanSpaceAgency(ESA),UnitedKingdom;Rapporteur(s):BeatriceBarresi,EuropeanSpaceAgency(ESA),UnitedKingdom;

IAC-22.B5.2.1FOOTBALLNETWORKSBYGALILEOGNSSJACKET:THEDATAWORKFLOWTOMANAGEPLAYERSJamel Metmati, THALES Services, France

IAC-22.B5.2.2SATELLITE-BASEDAIRTRAFFICMANAGEMENT(ATM)SYSTEMS’IMPACTONCO2EMISSIONElias Montanari, European Union Agency for the Space Programme (EUSPA), Czech Republic

IAC-22.B5.2.3FEDERATINGSPACE,AIR,ANDGROUNDAIRQUALITYDATATOIMPROVEOUTCOMESINCITIESAROUNDTHEWORLDJeanne Holm, City of Los Angeles, United States

IAC-22.B5.2.4CONNECTIVITYFORGREENVALUERoberta Mugellesi-Dow, European Space Agency (ESA), United Kingdom

IAC-22.B5.2.5SUPERVISEDMACHINELEARNINGAPPLICATIONSONMETEORSANDMETEORITESAisha Alowais, Sharjah Academy for Astronomy, Space Sciences and Technology (SAASST), United Arab Emirates

IAC-22.B5.2.6SATELLITE-BASEDEARTHCOGNITIVEDECISIONSUPPORTSYSTEMFORCOVID-19PANDEMICMANAGEMENTSofiane Atek, Sapienza University of Rome, Italy

IAC-22.B5.2.7WATCHERCATCHER:AREAL-TIMEFUNCTIONOFSPACEMAPTOPREDICTSPYSATELLITESINTIMELINEPeter Joonghyun Ryu, SPACEMAP Inc., Korea, Republic of

IAC-22.B5.2.8INTEGRATINGSATELLITEAPPLICATIONSINDISASTERRISKMANAGEMENTCorneel Bogaert, EURISY, France

IAC-22.B5.2.9SPACEINSUPPORTOFSECURITYMISSIONS:ANEVOLVINGLANDSCAPEWITHUNTAPPEDPOTENTIALMathieu Bataille, European Space Policy Institute (ESPI), Austria

IAC-22.B5.2.10INTEGRATINGSATELLITEIMAGERYANDSOCIALMEDIADATATOSTUDYTHESOCIO-ECONOMICAFTERMATHSOF2021HURRICANEIDASwarnajyoti Mukherjee, Apogeo Space Srl, Italy

IAC-22.B5.2.11THENARASAPPROACHTOEARTHOBSERVATIONANDGNSSDATAFUSIONTOIMPROVENAVIGATIONRISKASSESSMENTChiara Brighenti, S.A.T.E., Italy

IAC-22.B5.2.12THEENVIRONMENT-VULNERABILITY-DECISION-TECHNOLOGYFRAMEWORK:APROCESSFORDEVELOPINGMULTI-DISCIPLINARYDECISIONSUPPORTSYSTEMSFORSUSTAINABLEDEVELOPMENTAPPLICATIONSJack Reid, Massachusetts Institute of Technology (MIT), United States

B5.3.SatelliteCommercialApplications

September 21 2022, 10:15 — E03ACo-Chair(s):JohnM.Horack,TheOhioStateUniversityCollegeofEngineering,UnitedStates;DengyunYu,ChinaAerospaceScienceandTechnologyCorporation(CASC),China;Rapporteur(s):SamuelMalloy,TheOhioStateUniversity,UnitedStates;KaitlynHolm,UniversityofPennsylvania,UnitedStates;

IAC-22.B5.3.1THEITALIANSPACEAGENCYSATELLITEDATAEXPLOITATIONPROGRAMMESINSUPPORTOFTHEDOWNSTREAMSECTORGiorgio Licciardi, ASI - Italian Space Agency, Italy

IAC-22.B5.3.2ANINTELLIGENTALLIANCE:SATELLITE-DRONENETWORKTOENHANCEPRECISIONAGRICULTUREFATEMEH ENAYATOLLAHI, University of Manitoba, Canada

IAC-22.B5.3.3SATELLITEBASEDNIGHTIMAGE:NEWAPPLICATIONSBRINGINGSOCIALECONOMICBENEFITSFROMSPACEAlexandre Carayon, China Head Aerospace Technology Co., France

IAC-22.B5.3.4TOWARDSTHECONSTRUCTIONOFSMARTCITIESINLATINAMERICAANDTHECARIBBEANTHROUGHTHEUSEOFSPACETECHNOLOGY.Cristina Pérez Ramos, Instituto Nacional de Astrofísica, Óptica y Electrónica, Mexico

IAC-22.B5.3.5SATCOMINTHECONNECTIVITYMIXFORTHECAROFTHEFUTURETeodora Secara, ESA - European Space Agency, France

IAC-22.B5.3.6SPACESYSTEMS,SERVICESANDAPPLICATIONSINSUPPORTOFLARGENATIONALINFRASTRUCTURESLuigi D’Amato, ASI - Italian Space Agency, Italy

IAC-22.B5.3.7THECROSS-FERTILIZATIONPROCESSTOCONNECTSPACEWITHNO-SPACE:THESTRATEGYANDTHEEXPERIENCEOFFONDAZIONEE.AMALDIASITALIANCOPERNICUSRELAYGiorgia D’Agostinis, Fondazione E. Amaldi, Italy

IAC-22.B5.3.8BUSINESSCASESOFTHENEWSPACEECONOMY:THEEXPERIENCEOFESABUSINESSAPPLICATIONSANDINCUBED+AMBASSADORPLATFORMFORITALYASENABLERValerio Roscani, Fondazione E. Amaldi, Italy

IAC-22.B5.3.9AIRBORNEBASEDSERVICESFORTHEDEVELOPMENTOFNEWEARTHOBSERVATIONPAYLOADSFORSMALLSATELLITEMISSIONSAlexander Kläser, OHB Digital, Germany

B6.IAFSPACEOPERATIONSSYMPOSIUM

Coordinator(s):AndreasRudolph,EuropeanSpaceAgency(ESA),Germany;OtfridG.Liepack,NationalAeronauticsandSpaceAdministration(NASA),JetPropulsionLaboratory,UnitedStates;ZeinaMounzer,TelespazioVEGADeutschlandGmbH,Germany;

B6.1.GroundOperations-SystemsandSolutions

September 21 2022, 15:00 — E03ACo-Chair(s):SeanBurns,EUMETSAT,Germany;ClaudeAUDOUY,CentreNationald’EtudesSpatiales(CNES),France;Rapporteur(s):ReginaMosenkis,AirbusDefence&Space,Germany;KeyurPatel,NationalAeronauticsandSpaceAdministration(NASA),JetPropulsionLaboratory,UnitedStates;

IAC-22.B6.1.1THEDESIGNOFTHESPACECRAFTTESTSYSTEM4000BASEDONMICROSERVICESRUNNINGINCLOUDENVIRONMENTHaiyang Chu, China Academy of Space Technology (CAST), China

IAC-22.B6.1.2CNES’ISISPRODUCTLINE-FIRSTOPERATIONS:LESSONSLEARNEDANDWAYFORWARDOlivier Churlaud, Centre National d’Etudes Spatiales (CNES), France

IAC-22.B6.1.3THEEOGROUNDSEGMENT:RE-IMAGININGSPACEIMAGINGFORSPACEFARINGNATIONSINTHELIGHTOFEVOLVINGOPERATORS’NEEDS,NEWSATELLITEMISSIONSANDINNOVATIVETECHNOLOGIES.Vanessa Bonnet Souleres, Airbus Defence and Space, France

IAC-22.B6.1.4PROPOSALOFANINDEXOFSATELLITEHEALTHFORANOMALYDETECTIONShun Katsube, Tokyo Metropolitan University, Japan

IAC-22.B6.1.5ERMESAMULTIMISSIONANDADAPTATIVEMCSSWSUITELeonardo Amoruso, Planetek Hellas epe, Italy

IAC-22.B6.1.6GROUNDSEGMENTCONTROLSYSTEMS:CHALLENGESINTHENEWSPACEERAGianluca Montroni, Telespazio, Germany

IAC-22.B6.1.7VIRTUALIZEDSATELLITEGROUNDSTATIONSENABLENEWUSECASESFORSATELLITEOPERATORSJohn Heskett, Kongsberg Satellite Services AS, Norway

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IAC-22.B6.1.8BUILDINGANDVERIFYINGEND-TO-ENDDEEPLEARNINGENGINESTODETECTANOMALIESINSPACECRAFTTELEMETRYUSINGSATELLITEDIGITALTWINSJakub Nalepa, KP Labs, Poland

IAC-22.B6.1.10DEVELOPMENT,OPTIMIZATIONANDOPERATIONOFUPAEP’SMISSIONOPERATIONCOMMANDCENTERUSINGSOFTWAREDEFINEDRADIOSTOMONITORSMALLSATMISSIONSSteve Angel Figueroa Arronte, Universidad Popular Autónoma del Estado de Puebla, Mexico

IAC-22.B6.1.11DEEPSPACESTATION17:AUNIVERSITY-OPERATEDAFFILIATEDNODEONTHENASADEEPSPACENETWORKFORINTERPLANETARYSMALLSATELLITEMISSIONSBenjamin Malphrus, Morehead State University, United States

IAC-22.B6.1.12USEOFSPACECRAFTSIGNALMEASUREMENTSTOBACK-INFERANTENNAHORIZONMASKSWilliam Gullotta, NOAA/NESDIS, United States

B6.2.InnovativeSpaceOperationsConceptsandAdvancedSystems

September 22 2022, 10:15 — E03ACo-Chair(s):MarioCardano,ThalesAleniaSpaceFrance,Italy;ThomasKuch,DeutschesZentrumfürLuft-undRaumfahrte.V.(DLR),Germany;Rapporteur(s):JackelynneSilva-Martinez,NASA,UnitedStates;YuichiroNogawa,JapanMannedSpaceSystemsCorporation(JAMSS),Japan;

IAC-22.B6.2.1DEVELOPINGANINTELLIGENTASSISTANTFORMISSIONOPERATIONS:DRIVERS,USECASESANDDESIGNEvridiki Ntagiou, European Space Agency (ESA-ESOC), Germany

IAC-22.B6.2.2AIFORSATELLITEANOMALYDETECTION:ON-GROUNDOPERATIONALFEEDBACKANDDEVELOPMENTOFON-BOARDEXPERIMENTSPauline Delande, Centre National d’Etudes Spatiales (CNES), France

IAC-22.B6.2.3ALUNARSURFACESCENARIOSIMULATIONAPPLYINGADAPTIVEOPERATINGSYSTEMSLarissa Perlitz, Ruhr West University of Applied Sciences, Germany

IAC-22.B6.2.4OVERVIEWOFTHEAI-BASEDFAULTMANAGEMENTCONCEPTONBOARDTHEUNIBWMSERANISMISSIONMaren Hülsmann, Universität der Bundeswehr München, Germany

IAC-22.B6.2.5AUTONOMOUSINTEGRATEDATTITUDEANDORBITCONTROLOPERATIONOFALL-ELECTRICSATELLITEWITHGPSRECEIVERDaisuke Toyama, Mitsubishi Electric Corporation, Japan

IAC-22.B6.2.6NEWCONCEPTSOFAUTOMATEDANOMALYDETECTIONINSPACEOPERATIONSTHROUGHML-BASEDTECHNIQUESCarlo Ciancarelli, Thales Alenia Space Italia, Italy

IAC-22.B6.2.7MINIMUM-FUELCOSTORBITACQUISITION,STATION-KEEPINGANDDEORBITINGOPERATIONSFORAPHASEDSUN-SYNCHRONOUSMISSIONPâmini ANNAT, Centre National d’Etudes Spatiales (CNES), France

IAC-22.B6.2.8TOWARDSTRANSPARENTAI-SYSTEMS:BENEFITSOFMLOPSPIPELINESFORSPACESYSTEMDEVELOPMENTFranca Speth, SVA System Vertrieb Alexander GmbH, Germany

IAC-22.B6.2.9UNDERSTANDTHEHUGEDATATHROUGHTHEDEEPGEOSPACE:HOWTOANALYZEANDTODESIGNTHEFUTURESPACEMISSIONJamel Metmati, THALES Services, France

IAC-22.B6.2.10DEVELOPINGASMALL-SIZEDSERVICESTATIONFORPERFORMINGREPAIRINGANDMAINTENANCEOFSATELLITESJaspreet Singh, University of Petroleum and Energy Studies, India

IAC-22.B6.2.11ON-ORBITSERVICING:IN-ORBITDEMONSTRATIONStéphanie BEHAR-LAFENETRE, Thales Alenia Space France, 100 Boulevard du Midi, 06150 Cannes la Bocca, France, France

IAC-22.B6.2.12CHANDRAYAAN-2DUALGIMBALANTENNASYSTEMDHRUTI GAAN, U R RAO SATELLITE CENTRE (URSC), India

B6.3.MissionOperations,Validation,SimulationandTraining

September 19 2022, 15:00 — E03ACo-Chair(s):AndreasRudolph,EuropeanSpaceAgency(ESA),Germany;ZeinaMounzer,TelespazioVEGADeutschlandGmbH,Germany;Rapporteur(s):BorrePedersen,KongsbergSatelliteServicesAS,Norway;MatthewDuggan,TheBoeingCompany,UnitedStates;

IAC-22.B6.3.1LAUNCHINGANDDEPLOYINGTHEJAMESWEBBSPACETELESCOPEKeith Parrish, NASA Goddard Space Flight Center (USRA), United States

IAC-22.B6.3.2JWST’SARIANE5UPPERSTAGEESCAPEMANEUVER:FROMCONCEPTTOSUCCESSFULOPERATIONALIMPLEMENTATIONEmelyne RENARD, CNES, France

IAC-22.B6.3.3REACTION-WHEELBASEDSAFEMODEFORINTEGRALMISSIONGreta De Marco, RHEA for European Space Operations Centre (ESA/ESOC), Germany

IAC-22.B6.3.4OPERATIONALHIGHLIGHTSOFSOLARORBITER’STWOYEARCRUISETOTHESUNDaniel Lakey, CGI, Germany

IAC-22.B6.3.5ULYSSES-ASTATEOFTHEARTSANDBOXSIMULATORFORPLANETARYSURFACESHans Teras, University of Tartu, Estonia

IAC-22.B6.3.6CNESFLIGHTDYNAMICSOPERATIONSDESIGNFORTHEENDOFLIFEOFFOURSATELLITESFLYINGINFORMATIONEtienne MONTAGNON, Centre National d’Etudes Spatiales (CNES), France

IAC-22.B6.3.7APARALLELSIMULATIONSYSTEMFORSPACEOPERATIONSMingming Wang, National Key Laboratory of Aerospace Flight Dynamics,Northwestern Polytechnical University, China

IAC-22.B6.3.8RENDEZVOUSTRAJECTORYDESIGNFORLOGISTICSRESUPPLYMISSIONSTOTHELUNARGATEWAYINNEAR-RECTILINEARHALOORBITRyo Nakamura, Japan Aerospace Exploration Agency (JAXA), Japan

IAC-22.B6.3.9TOWARDSENSEMBLEAIBEHAVIOURSFORSATELLITEPLANEXECUTIONGonzalo Montesino Valle, University of Strathclyde / Computer Science, United Kingdom

IAC-22.B6.3.10THECHALLENGERSOFOPERATINGASATELLITEFORTHEFIRSTTIMEMuhammad Ziyaad Soreefan, Mauritius Research and Innovation Council (MRIC), Mauritius

B6.5.LargeConstellations&FleetOperations

September 22 2022, 13:45 — E03ACo-Chair(s):JohnAuburn,AstroscaleLtd,UnitedKingdom;ZeinaMounzer,TelespazioVEGADeutschlandGmbH,Germany;Rapporteur(s):AndreasRudolph,EuropeanSpaceAgency(ESA),Germany;ShawnLinam,Qwaltec,Inc.,UnitedStates;

IAC-22.B6.5.1COLLISIONRISKMITIGATIONSTRATEGIESOFTHEONEWEBCONSTELLATIONCalum Hervieu, Oneweb, United Kingdom

IAC-22.B6.5.2ASTROSCALE’SACTIVITIESONLATECOLLISIONAVOIDANCEANDTHECREAM2PROGRAMMEZoé Tenacci, Astroscale Ltd, United Kingdom

IAC-22.B6.5.3ENVIRONMENTALIMPACTOFLARGECONSTELLATIONSTHROUGHADEBRISINDEXANALYSISAndrea Muciaccia, Politecnico di Milano, Italy

IAC-22.B6.5.4DEEPLEARNINGARCHITECTURESFORGLOBALOPERATIONANDCONTROLOFMINIATURIZEDSATELLITECONSTELLATIONSSergio Cuevas del Valle, FOSSA Systems, Spain

IAC-22.B6.5.5MULTI-MISSIONPLANNINGANDANALYSISFOREARTHOBSERVATIONCONSTELLATIONSRachel Jenkins, GMV Innovating Solutions, United Kingdom

IAC-22.B6.5.6IMPROVINGCONSTELLATIONSHEALTHSTATUSMONITORINGANDFAULTPREVENTIONChiara Brighenti, S.A.T.E., Italy

IAC-22.B6.5.7FUTURE-PROOFMISSIONCONTROLSYSTEMS:LEVERAGINGAGNOSTICDESIGNFORAUTONOMOUSANDEVENT-DRIVENSATELLITEOPERATIONSLucas Bremond, Loft Orbital Solutions Inc, United States

IAC-22.B6.5.8USINGSATELLITES’COMMUNICATIONPREAMBLESASNATURALFINGERPRINTSFORSATELLITEIDENTIFICATIONANDPOSITIONING(SIDPOS)FORORBITTRACKINGANDSPACETRAFFICMANAGEMENTAndreas Hornig, Jena-Optronik GmbH, Germany

IAC-22.B6.5.9LIVINGINCROWDS:SPACETRAFFICCONGESTIONDUETOLARGELEOCONSTELLATIONSDavid Spencer, The Aerospace Corporation, United States

IAC-22.B6.5.10WINNINGTHEINTERNET:COMPETITIVESTRATEGIESFORTHEAGEOFMEGASATELLITECONSTELLATIONSJames Dingley, Massachusetts Institute of Technology (MIT), United States

C1.IAFASTRODYNAMICSSYMPOSIUM

Coordinator(s):DanielScheeres,ColoradoCenterforAstrodynamicsResearch,UniversityofColorado,UnitedStates;

C1.1.AttitudeDynamics(1)

September 18 2022, 15:15 — S05Co-Chair(s):GiovanniB.Palmerini,SapienzaUniversityofRome,Italy;RobertG.Melton,PennsylvaniaStateUniversity,UnitedStates;Rapporteur(s):MikhailOvchinnikov,KeldyshInstituteofAppliedMathematics,RAS,RussianFederation;

IAC-22.C1.1.1DESIGN,REALIZATIONANDCHARACTERIZATIONOFAFREE-FLOATINGPLATFORMFORFLEXIBLESATELLITECONTROLEXPERIMENTSMarco Sabatini, Sapienza University of Rome, Italy

IAC-22.C1.1.2REINFORCEMENTLEARNINGFORATTITUDECONTROLOFASPACECRAFTWITHFLEXIBLEAPPENDAGESAhmed Mahfouz, University of Luxembourg, Luxembourg

IAC-22.C1.1.3REACTIONWHEELUNLOADINGUSINGEXTERNALTORQUEFORVARIABLESHAPESPACECRAFTYuki Amaki, Tokyo Institute of Technology, Japan

IAC-22.C1.1.4FUZZY-LOGIC-BASEDINTEGRATEDORBIT-ATTITUDE-VIBRATIONPRESCRIBED-TIMECONTROLFORLARGE-SCALEFLEXIBLESPACECRAFTBailiang Lyu, Northwestern Polytechnical University, China

IAC-22.C1.1.5ONLINEPOLICYITERATIONADP-BASEDCONTROLOFPOST-CAPTURECOMBINEDSPACECRAFTWITHOUTINERTIAIDENTIFICATIONSJingyi Liu, Delft University of Technology (TU Delft), The Netherlands

IAC-22.C1.1.6ATTITUDECONTROLOFSATELLITESWITHFLEXIBLEAPPENDAGESUSINGINVERSESIMULATIONRobert Gordon, University of Glasgow, United Kingdom

IAC-22.C1.1.7TIME-OPTIMALATTITUDECONTROLLERDESIGNFORPRECISIONPOINTINGOFANAGILESPACECRAFTUSINGDEEPREINFORCEMENTLEARNINGDebajyoti Chakrabarti, ISRO Satellite Centre (ISAC), India

IAC-22.C1.1.8INVARIANTSIGMA-POINTKALMANFILTERINGONSO(3)FORATTITUDEESTIMATIONOFA3UCUBESATJoe Gibbs, School of Engineering, University of Glasgow, United Kingdom

IAC-22.C1.1.9SIMULTANEOUSORBIT-ATTITUDECONTROLOFFORMATIONFLYINGSOLARSAILSAROUNDSUN-EARTHL2USINGREFLECTIVITYMODULATIONKeisuke Sugiura, Aoyama Gakuin University, Japan

IAC-22.C1.1.10ATTITUDEDETERMINATIONANDCONTROLSYSTEMOFTHESTUDENTSMALLSATELLITE(SSS):ANINTERNATIONALHANDS-ONSATELLITEPROJECTAMONGASIAPACIFICUNIVERSITIESNiki Sajjad, K. N. Toosi University of Technology, Iran

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C1.2.AttitudeDynamics(2)

September 19 2022, 10:15 — S05Co-Chair(s):GianmarcoRadice,Singapore,Republicof;ToshioKamiya,NECCorporation,Japan;Rapporteur(s):ZhanfengMeng,ChinaAcademyofSpaceTechnology(CAST),China;

IAC-22.C1.2.1ATTITUDEMANEUVERSOFAFLEXIBLESPACECRAFTFORSPACEDEBRISDETECTIONANDCOLLISIONAVOIDANCEDavid Paolo Madonna, Sapienza University of Rome, Italy

IAC-22.C1.2.2ATTITUDEESTIMATIONUSINGEXTENDEDH-INFINITYPARTICLEFILTERAPPLIEDTOCHINA-BRAZILEARTHRESOURCESATELLITE-4William Silva, University of Brasilia, Brazil

IAC-22.C1.2.3LABORATORY-SCALEDEMONSTRATIONOFADISTRIBUTEDMAGNETORQUERARRAYFORTHEATTITUDECONTROLOFLARGESPACESTRUCTURESBonar Robb, University of Glasgow, United Kingdom

IAC-22.C1.2.4LINE-OF-SIGHTCONTROLUSINGDOUBLE-GIMBALCONTROLMOMENTGYROSCOPEFORTETHEREDSATELLITEEQUIPPEDWITHTETHER-NETFORDEBRISCAPTUREHaruma Suzuki, Tokyo Metropolitan University, Japan

IAC-22.C1.2.5OPTIMALACTUATOR-BASEDATTITUDEMANEUVERINGOFCONSTRAINEDSPACECRAFTVIAMOTIONPLANNINGALGORITHMSRiccardo Calaon, University of Colorado Boulder, United States

IAC-22.C1.2.6(non-confirmed)SPACECRAFTATTITUDECONTROLUSINGPDCONTROLLERWITHGAINTUNNINGBYNEURO-FUZZYSYSTEM.Sung-Woo Kim, Hanwha Thales, Korea, Republic of

IAC-22.C1.2.7ADCSRATECONTROLLERUSINGINTERMEDIATEAXISTHEOREMSander Kvalsvik, Norwegian University of Science and Technology, Norway

IAC-22.C1.2.8DYNAMICSANDSTABILITYANALYSISOFSPACECRAFTATTITUDECONSIDERINGHIGH-FIDELITYSOLARRADIATIONPRESSUREMasaki Kakeru, Kyushu University, Japan

IAC-22.C1.2.9APPLICATIONOFDEEPREINFORCEMENTLEARNINGFORATTITUDECONTROLOFASATELLITEINTHEPRESENCEOFUNCERTAINTIESJan Loettgen, School of Engineering, University of Glasgow, United Kingdom

IAC-22.C1.2.10CHOICEOFDESIGNPARAMETERSOFACUBESAT6UFORPROVIDINGTHREE-AXISPASSIVESTABILIZATIONIgor V. Belokonov, Samara National Research University (Samara University), Russian Federation

C1.3.Guidance,NavigationandControl(1)

September 19 2022, 15:00 — S05Co-Chair(s):JuanCarlosBastante,OHBSystemAG-Bremen,Germany;GuoLinli,InstituteofMannedSpaceSystemEngineering,ChinaAcademyofSpaceTechnology(CAST),China;Rapporteur(s):KrishnaKumar,RyersonUniversity,Canada;

IAC-22.C1.3.1HYBRIDNONLINEARSEMI-ANALYTICALUNCERTAINTYPROPAGATIONFORCONJUNCTIONANALYSISYashica Khatri, Colorado Center for Astrodynamics Research, University of Colorado, United States

IAC-22.C1.3.2AUTONOMOUSOPTICALNAVIGATIONFORSMALLSPACECRAFTINCISLUNARSPACEChristian Xianyang Wu, Cranfield University, United Kingdom

IAC-22.C1.3.3NEURALNETWORKSFORONBOARDMANEUVERDESIGNNathan Ré, Advanced Space, United States

IAC-22.C1.3.4MULTI-FACETEDREFLECTIVITYCONTROLDEVICES:VECTORINGSOLARRADIATIONPRESSUREFORHIGHPRECISIONFORMATIONCONTROLAhmed Kiyoshi Sugihara El Maghraby, Japan Aerospace Exploration Agency (JAXA), Japan

IAC-22.C1.3.5ADATA-DRIVENNONLINEAROPTIMALCONTROLUSINGKOOPMANOPERATORONHAMILTONIANFLOWKyosuke Sato, Kyushu University, Japan

IAC-22.C1.3.6DESIGNOFOPTIMALLOW-THRUSTORBIT-TO-ORBITTRANSFERSVIACONVEXAPPROACHNaoki Hiraiwa, Kyushu University, Japan

IAC-22.C1.3.7MULTI-REVOLUTIONLOW-THRUSTTRAJECTORYOPTIMISATIONUSINGDIFFERENTIALDYNAMICPROGRAMMINGINORBITALELEMENTFORMULATIONMarco Nugnes, Politecnico di Milano, Italy

IAC-22.C1.3.8NMPC-BASEDGUIDANCEANDCONTROLFORAUTONOMOUSHIGH-THRUSTNON-COPLANARLEO-GEOMISSIONSMichele Pagone, Politecnico di Torino, Italy

IAC-22.C1.3.9POSEESTIMATIONOFAKNOWNTEXTURE-LESSSPACETARGETUSINGCONVOLUTIONALNEURALNETWORKSArunkumar Rathinam, University of Luxembourg, Luxembourg

IAC-22.C1.3.10MULTI-OBJECTIVEROBUSTOPTIMIZATIONFORSTATION-KEEPINGINHALOORBIT:ANLMIAPPROACHTakahiro Sasaki, Japan Aerospace Exploration Agency (JAXA), Japan

C1.4.Guidance,NavigationandControl(2)

September 20 2022, 10:15 — S05Co-Chair(s):MaiBando,KyushuUniversity,Japan;HanspeterSchaub,ColoradoCenterforAstrodynamicsResearch,UniversityofColorado,UnitedStates;Rapporteur(s):YungFuTsai,NationalChengKungUniversity,Taiwan,China;

IAC-22.C1.4.1KEYNOTE:“THEJOHNV.BREAKWELLMEMORIALLECTURE”ONELECTRODYNAMICTETHERSANDORBITPROPAGATIONJesus Pelaez, Technical University of Madrid (UPM), Spain

IAC-22.C1.4.2ORBITACQUISITION,RENDEZVOUS,ANDDOCKINGWITHANONCOOPERATIVECAPSULEINAMARSSAMPLERETURNMISSIONRiccardo Santoro, Sapienza University of Rome, Italy

IAC-22.C1.4.3ROBUSTTRAJECTORYOPTIMIZATIONFORAUTONOMOUSASTEROIDRENDEZVOUSTomohiro Ishizuka, ISAE-Supaero University of Toulouse, France

IAC-22.C1.4.4SLIDINGMODEANDPREDICTIVEROBUSTCONTROLTECHNIQUESFORMULTI-PURPOSEPLATFORMSBASEDONHIGH-POWERELECTRICPROPULSIONMartina Mammarella, National Research Council, Rome, Italy

IAC-22.C1.4.5DRAG-FREECONTROLFORTRIANGLEFORMATIONFLIGHTOFB-DECIGOSPACECRAFTToshio Kamiya, NEC Corporation, Japan

IAC-22.C1.4.6DEVELOPMENTANDTESTINGOFNANOSATELLITEFORMATIONCONTROLALGORITHMSJohannes Dauner, Zentrum für Telematik, Germany

IAC-22.C1.4.7(non-confirmed)FORMATIONRECONFIGURATIONONLIBRATIONPOINTORBITSBASEONCONFIGURATIONGEOMETRICINVARIANTSXue Bai, Beihang University, China

IAC-22.C1.4.8HARDWARE-IN-THE-LOOPPROXIMITYOPERATIONSINCISLUNARSPACEVivek Muralidharan, University of Luxembourg, Luxembourg

C1.5.Guidance,Navigation&Control(3)

September 20 2022, 15:00 — S05Co-Chair(s):MiguelBelloMora,DeimosSpaceSLU,Spain;JeandeLafontaine,NGCAerospaceLtd.,Canada;Rapporteur(s):TangLiang,BeijingInstituteofControlEngineering,ChinaAcademyofSpaceTechnology(CAST),China;

IAC-22.C1.5.1RISKGUARANTEESFORINTEGRATEDTARGETINGANDGUIDANCEDURINGPOWEREDDESCENTANDLANDINGJulia Briden, Massachusetts Institute of Technology (MIT), United States

IAC-22.C1.5.2ASSESSMENTOFREUSABLELAUNCHVEHICLESRE-ENTRYDYNAMICSCONTROLEFFECTIVENESSWITHENHANCEDAERODYNAMICSMODELLINGAlice De Oliveira, Politecnico di Milano, Italy

IAC-22.C1.5.3REAL-TIMESPACECRAFTLOCALIZATIONANDMAPPINGWITHOPTICALANDRADIO-BASEDARTIFICIALMARKERSGenki Ohira, The Graduate Universty for Advanced Studies[SOKENDAI], Japan

IAC-22.C1.5.4(non-confirmed)HIGH-PRECISIONPREDICTIVESKIPENTRYGUIDANCEFORHUMANLUNARRETURNVEHICLESWITHLOWLIFT-TO-DRAGRATIOSWenhao Du, CALT,CASC, China

IAC-22.C1.5.5ONBOARDTRAJECTORYOPTIMIZATIONFORASTEROIDLANDINGBASEDONGENERALKOOPMANOPERATORYang Ni, Northwestern Polytechnical University, China

IAC-22.C1.5.6INTELLIGENTFUEL-OPTIMALGUIDANCESTRATEGYFORSMALLBODYFLEXIBLELANDINGDongyue Zhao, Beijing Institute of Technology (BIT), China

IAC-22.C1.5.7ANITERATIVELQRMETHODFORADDRESSINGMODELUNCERTAINTYINTHEPLANETARYENTRYPROBLEMAllegra Farrar, Massachusetts Institute of Technology (MIT), United States

IAC-22.C1.5.8ONBOARDTRAJECTORYGENERATIONFORAUTONOMOUSLANDINGONSMALLBODIESLarissa Balestrero Machado, Universität der Bundeswehr München, Germany

IAC-22.C1.5.9APPLICATIONOFNEURALORDINARYDIFFERENTIALEQUATIONSTOTRAJECTORYCONTROLLAWSFORLUNARLANDINGSatoshi Ueda, Japan Aerospace Exploration Agency (JAXA), Japan

IAC-22.C1.5.10ANALYSISOFMULTI-ORBITMULTI-PAYLOADINJECTIONSCENARIOSFORANUPPERSTAGEIñigo Alforja Ruiz, Politecnico di Milano, Italy

C1.6.MissionDesign,Operations&Optimization(1)

September 21 2022, 10:15 — S05Co-Chair(s):MassimilianoVasile,UniversityofStrathclyde,UnitedKingdom;YuryRazoumny,Peoples’sFriendshipUniversityofRussia(RUDN),RussianFederation;Rapporteur(s):MauroPontani,SapienzaUniversityofRome,Italy;

IAC-22.C1.6.1ANOVELINDIRECTAPPROACHFORFUELOPTIMIZATIONOFLOW-THRUSTTRAJECTORIESUNDERTHRUSTANDCOASTDURATIONSCONSTRAINTSRichard Epenoy, Centre National d’Etudes Spatiales (CNES), France

IAC-22.C1.6.2ADAPTIVECLOSED-LOOPMANEUVERPLANNINGFORLOW-THRUSTSPACECRAFTUSINGREINFORCEMENTLEARNINGNicholas LaFarge, Purdue University, United States

IAC-22.C1.6.3USINGDISTANTRETROGRADEORBITSASFUTURESPACECRAFTGRAVEYARDSLouis Jannin, ISAE-Supaero University of Toulouse, France

IAC-22.C1.6.4OVERVIEWOFTHELOWTHRUSTLUNARTRANSITSPIRALTRAJECTORYANDCISLUNARTRANSFERSUSINGTHEPOWERANDPROPULSIONELEMENTOFNASA’SGATEWAYMelissa McGuire, NASA Glenn Research Center, United States

IAC-22.C1.6.5RELATIVEDYNAMICSANDSHAPE-BASEDMETHODSFORGUIDANCEINTHERESTRICTEDTHREE-BODYPROBLEMSergio Cuevas del Valle, Universidad Rey Juan Carlos, Spain

IAC-22.C1.6.6EARTH-MOONCYCLERMISSIONDESIGNFORLUNARLOGISTICSMatthew Wittal, NASA, United States

IAC-22.C1.6.7OPTIMIZATIONOFFLOWERCONSTELLATIONSAPPLIEDTOCISLUNARENVIRONMENTOBSERVATIONSIvan Agostinelli, Sapienza University of Rome, Italy

IAC-22.C1.6.8LOW-THRUSTTRAJECTORYOPTIMIZATIONANDAUTONOMYANALYSISFORAMEDIUM-EARTH-ORBITCONSTELLATIONDEPLOYMENTDavid Morante, Deimos Space SL, Spain

IAC-22.C1.6.9LOW-THRUSTLUNARTRAJECTORYOPTIMIZATIONUSINGCANONICALTRANSFORMATIONSung Wook Yoon, Moscow Aviation Institute (National Research Institute, MAI), Russian Federation

IAC-22.C1.6.10ATRANSPORTNETWORKFORIN-ORBITRECYCLINGEXPLOITINGNATURALDYNAMICSMaria Anna Laino, University of Strathclyde, United Kingdom AU

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C1.7.MissionDesign,Operations&Optimization(2)

September 21 2022, 15:00 — S05Co-Chair(s):StéphanieLizy-Destrez,InstitutSupérieurdel’Aéronautiqueetdel’Espace(ISAE),France;MichèleLavagna,PolitecnicodiMilano,Italy;Rapporteur(s):RichardEpenoy,CentreNationald’EtudesSpatiales(CNES),France;

IAC-22.C1.7.1MARSORBITINJECTIONVIAAEROCAPTUREANDLOW-THRUSTNONLINEARORBITCONTROLEdoardo Fornari, Sapienza University of Rome, Italy

IAC-22.C1.7.2REALISTICTRANSFERTRAJECTORYDESIGNOFMMXBETWEENRELATIVERETROGRADEORBITSAROUNDPHOBOSNishanth Pushparaj, University of Nottingham, United Kingdom

IAC-22.C1.7.3BINARYASTEROIDLANDINGTRAJECTORYDESIGNFROMASELF-STABILIZEDTERMINATORORBITCONSIDERINGPARAMETRICUNCERTAINTIES.Iosto Fodde, University of Strathclyde, The Netherlands

IAC-22.C1.7.4AHYBRIDMULTIPLE-SHOOTINGAPPROACHFORCOVARIANCECONTROLOFINTERPLANETARYMISSIONSWITHNAVIGATIONERRORSNicola Marmo, Sapienza University of Rome, Italy

IAC-22.C1.7.5PROPELLANT--FREESTATIONKEEPINGDESIGNOFASOLARSAILAROUNDTHESUN--EARTHCOLLINEAREQUILIBRIUMPOINTSDuan Xun, University of Barcelona, Spain

IAC-22.C1.7.6MISSIONDESIGNANDRESULTOFARTIFICIALOBJECTSORBITINGANDOBSERVATIONFORGRAVITATIONALENVIRONMENTESTIMATIONOFSMALLBODIESKent Yoshikawa, Japan Aerospace Exploration Agency (JAXA), Japan

IAC-22.C1.7.7MISSIONOPPORTUNITIESTOSEDNAANDEXTREMETRANS-NEPTUNIANOBJECTSVladislav Zubko, Space Research Institute (IKI), Russian Academy of Sciences (RAS), Russian Federation

IAC-22.C1.7.8AGEOMETRICALAPPROACHTOTHEDESIGNOFMULTI-GRAVITYASSISTTRAJECTORIESMuhammad Ansyar Rafi Putra, Indonesia

IAC-22.C1.7.9DETERMINISTICANDSTOCHASTICEXPLORATIONOFLONGASTEROIDFLY-BYSEQUENCESEXPLOITINGTREE-GRAPHANDOPTIMALSUBSTRUCTUREPROPERTIESJoan Pau Sanchez Cuartielles, ISAE-Supaero University of Toulouse, France

IAC-22.C1.7.10ORBIT-ATTITUDEINTEGRATEDCONTROLONSMALL-AMPLITUDEPERIODICORBITAROUNDSUN-EARTHL2INTRANSFORMERMISSIONToshihiro Chujo, Tokyo Institute of Technology, Japan

C1.8.OrbitalDynamics(1)

September 22 2022, 10:15 — S05Co-Chair(s):LaureanoCangahuala,JetPropulsionLaboratory,UnitedStates;YuichiTsuda,JapanAerospaceExplorationAgency(JAXA),ISAS,Japan;Rapporteur(s):ElenaFantino,KhalifaUniversityofScienceandTechnology(KUST),UnitedArabEmirates;

IAC-22.C1.8.1GENERATIVEGLOBALSEARCHFORCRITICALPOINTSINASTRODYNAMICSMassimiliano Vasile, University of Strathclyde, United Kingdom

IAC-22.C1.8.2PRELIMINARYANALYSISOFSMALL-BODYGRAVITYFIELDESTIMATIONUSINGPHYSICS-INFORMEDNEURALNETWORKSANDKALMANFILTERSJohn Martin, Colorado Center for Astrodynamics Research, University of Colorado, United States

IAC-22.C1.8.3ECCENTRICANOMALYSYNCHRONISMANDREGULARISEDDYNAMICSFORCONTINUUMINTERPLANETARYORBITALUNCERTAINTYPROPAGATIONAlessandro Masat, Politecnico di Milano, Italy

IAC-22.C1.8.4TRANSFERSBETWEENJUPITER-GANYMEDEANDJUPITER-EUROPARESONANTTORIINACONCENTRICCIRCULARRESTRICTED4-BODYMODELBhanu Kumar, Georgia Institute of Technology, United States

IAC-22.C1.8.5TRANSFERSTORESONANTQUASI-PERIODICNEAR-RECTILINEARHALOORBITSINTHEEARTH-MOON-SUNELLIPTIC-CIRCULARPROBLEMDaniel Villegas Pinto, Observatoire de Paris, France

IAC-22.C1.8.6USINGDIFFERENTIALALGEBRATOCOMPUTELAGRANGIANCOHERENTSTRUCTURESFORMISSIONDESIGNANDANALYSISJack Tyler, University of Southampton, United Kingdom

IAC-22.C1.8.7ADIFFERENTIALALGEBRA-BASEDCONTINUATIONMETHODFORAUTOMATICIDENTIFICATIONANDPARAMETRIZATIONOFFAMILIESOFPERIODICORBITSINTHECR3BPThomas Caleb, ISAE-Supaero University of Toulouse, France

IAC-22.C1.8.8DESIGNOFSATELLITESTOURSUSINGPERIAPSISPOINCARÉMAPINMULTIBODYDYNAMICSOFJOVIANSYSTEMKanta Ikeda, Kyushu University, Japan

IAC-22.C1.8.9LEVERAGINGWEAK-STABILITYBOUNDARIESFORLIBRATIONPOINTSESCAPESANDDISPOSALEnrico Bassissi, Politecnico di Milano, Italy

IAC-22.C1.8.10REDUCINGTHENUMERICALERROROFELEMENT-BASEDFORMULATIONSFORTHEEVALUATIONOFGRAVITYFIELDSHodei Urrutxua, Universidad Rey Juan Carlos, Spain

C1.9.OrbitalDynamics(2)

September 22 2022, 13:45 — S05Co-Chair(s):DavidC.Folta,NationalAeronauticsandSpaceAdministration(NASA),GoddardSpaceFlightCenter,UnitedStates;OthonWinter,UNESP-SãoPauloSateUniversity,Brazil;Rapporteur(s):JosepJ.Masdemont,UniversitatPolitecnicadeCatalunya(UPC),Spain;

IAC-22.C1.9.1DYNAMICALRESHAPINGSTATION-KEEPINGAPPROACHFORNEARRECTILINEARHALOORBITSUSINGSOLARRADIATIONPRESSUREChen Gao, Northwestern Polytechnical University;National Key Laboratory of Aerospace Flight Dynamics, China

IAC-22.C1.9.2BOUNDINGNONLINEARSTRETCHINGABOUTSPACECRAFTTRAJECTORIESUSINGTENSOREIGENPAIRSErica Jenson, University of Colorado Boulder, United States

IAC-22.C1.9.3ASURVEYOFHETEROCLINICCONNECTIONSINTHEEARTH-MOONSYSTEMDamennick Henry, University of Colorado Boulder, United States

IAC-22.C1.9.4PROBABILITYOFSPACECRAFT’S1:1RESONANCECAPTUREAROUNDANASTEROIDWITHTHEADIABATICINVARIANTTHEORYWail Boumchita, University of Strathclyde, United Kingdom

IAC-22.C1.9.5GLOBALANALYSISOFECLIPSEAVOIDANCEFORLONG-TERMQUASI-DROORBITRuilong Li, National Key Laboratory of Aerospace Flight Dynamics,Northwestern Polytechnical University,Xi’an, China

IAC-22.C1.9.6COUPLEDROTO-TRANSLATIONALMOTIONOFTHEHELIOGYROAPPLIEDTOEARTH-MARSCYCLERSGuido Monechi, Delft University of Technology (TU Delft), The Netherlands

IAC-22.C1.9.8ANALYSISOFBALLISTICESCAPEOPPORTUNITIESVIAMULTIPLELUNARSWINGBYSFORFASTANDFLEXIBLEMISSIONSJoan Pau Sanchez Cuartielles, ISAE-Supaero University of Toulouse, France

IAC-22.C1.9.9ECHOICASESTUDYOFSRPEFFECTONORBITALMOTIONCatherine Massé, McGill University, Canada

IAC-22.C1.9.10ANALGORITHMTOENGINEERAUTONOMOUSBALLISTICCAPTUREATMARSGianmario Merisio, Politecnico di Milano, Italy

C2.IAFMATERIALSANDSTRUCTURESSYMPOSIUM

Coordinator(s):JochenAlbus,ArianeGroup,Germany;AlwinEisenmann,IABGIndustrieanlagen-BetriebsgesellschaftmbH,Germany;

C2.1.SpaceStructuresI-DevelopmentandVerification(SpaceVehiclesandComponents)

September 18 2022, 15:15 — W06Co-Chair(s):AlwinEisenmann,IABGIndustrieanlagen-BetriebsgesellschaftmbH,Germany;AndreasRittweger,DLR(GermanAerospaceCenter),Germany;Rapporteur(s):JochenAlbus,ArianeGroup,Germany;MarkusGeiss,OHBSystemAG,Germany;

IAC-22.C2.1.1STRUCTURALDIAGNOSISUSINGANEMBEDDEDNONDESTRUCTIVETESTINGULTRASONICSOLUTIONSimon Clement, France

IAC-22.C2.1.2INNOVATIVEPASSIVESYSTEMFORRESIDUALPRESSUREREDUCTIONOFTHEARIANE5FAIRINGATSEPARATIONFORJAMESWEBBSPACETELESCOPE(JWST)Jerome Bonhomme, Beyond Gravity, Switzerland

IAC-22.C2.1.3ARIANE6ARCHITECTUREANDFUTUREEVOLUTIONSFROMASTRUCTURESANDMATERIALSPOINTOFVIEWJochen Albus, ArianeGroup, Germany

IAC-22.C2.1.4STRUCTURALFAILUREDETECTIONINVIBRATIONTESTINGUSINGMACHINELEARNINGANDDEEPLEARNINGVictor Mukungunugwa, Laboratory of Spacecraft Environment Interaction Engineering, Kyushu Institute of Technology, Japan

IAC-22.C2.1.5BAYESIANMACHINELEARNINGFORFASTERDESIGNOFCOMPOSITESTRUCTURESRoberta Cumbo, Leonardo Spa, Italy

IAC-22.C2.1.6JOININGLAPPEDLOW-MELTPOLYARYLETHERKETONECARBONFIBERREINFORCEDTHERMOPLASTICLAMINATEVIAFRICTIONSTIRWELDINGLucas Wilkins, Vanderbilt University, United States

IAC-22.C2.1.7INVESTIGATIONOFFRICTIONSTIRWELDINGFORLUNARAPPLICATIONSConnor Strawn, Vanderbilt University, United States

IAC-22.C2.1.8SEAMLESSANDMULTI-DIMENSIONALDOMESFORLARGELIQUIDCRYOGENICTANKArnaud Blanckaert, Aubert & Duval, France

IAC-22.C2.1.9FINITEELEMENTSIMULATIONSOFTHEWHEELSOFTHERASHIDLUNARROVERMariam Alhammadi, Khalifa University of Science and Technology (KUST), United Arab Emirates

IAC-22.C2.1.10ESTIMATIONOFVIBRATIONENVIRONMENTANDSTRUCTURALASSESSMENTFORANEXPERIMENTALSEMICRYOROCKETENGINEVivek S, Indian Space Research Organization (ISRO), Liquid Propulsion Systems Centre (LPSC), India

IAC-22.C2.1.12METALLICVSINFLATABLEPRIMARYSTRUCTURE:ACOMPREHENSIVETRADEFORAMARSTRANSITHABITATMatthew Ziglar, Boeing Defense Space & Security, United States

C2.2.SpaceStructuresII-DevelopmentandVerification(DeployableandDimensionallyStable Structures)

September 19 2022, 10:15 — W06Co-Chair(s):PaoloGasbarri,UniversityofRome“LaSapienza”,Italy;OliverKunz,BeyondGravity,Switzerland;Rapporteur(s):AickePatzelt,MTAerospaceAG,Germany;ThomasSinn,DcubeD(DeployablesCubedGmbH),Germany;

IAC-22.C2.2.1MANUFACTURINGADEPLOYABLESEMI-RIGIDBI-MATRIXCARBONFIBRECOMPOSITESOLARARRAYFORSMALLANDNANOSATELLITESAmbre Raharijaona, DcubeD (Deployables Cubed GmbH), Germany

IAC-22.C2.2.2VIRTUALTESTINGOFFOLDINGANDDEPLOYMENTOFCOMPOSITEULTRATHINTAPESPRINGHINGESVIAUNIFIED2DSHELLMODELSRiccardo Augello, Politecnico di Torino, Italy

IAC-22.C2.2.3FEASIBILITYSTUDYONATWISTEDWRAP-RIBREFLECTOR.Hiroaki Tanaka, National Defense Academy, Japan

IAC-22.C2.2.4DEVELOPMENTOFADEPLOYABLESYNTHETICAPERTURERADARANTENNAFORANANOSATELLITECONCEPTUALDESIGN.Annalisa Tresoldi, University of Auckland, New Zealand

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IAC-22.C2.2.5STRUCTURALDESIGNOFBOOMSFORTHESOLARSAILOFHELIANTHUSSAILCRAFTSusanna Laurenzi, Sapienza University of Rome, Italy

IAC-22.C2.2.6INITIALVALIDATIONOFACLOSEDLOOPFILTERANDCONTROLLERAPPROACHFORACTIVESTABILIZATIONOFTHERMOMECHANICALDISTORTIONSFlorian Möller, Institut für Raumfahrttechnik Universität der Bundeswehr München, Germany

IAC-22.C2.2.7DESIGNANDTESTINGOFTPA-1CUBESATPAYLOADS:DEPLOYABLEBOOM,IMAGERSANDDRAGSAILJason Shore, University of Auckland, New Zealand

IAC-22.C2.2.8SHAPECHANGEANALYSISOFMODULARTENSEGRITYSTRUCTURESFORPARABOLICREFLECTORSKaila Roffman, Pennsylvania State University, United States

IAC-22.C2.2.9MODELISATIONOFTHERMALLYINDUCEDJITTERINASLENDERSTRUCTUREKathiravan Thangavel, Royal Melbourne Institute of Technology (RMIT), Australia

IAC-22.C2.2.10AVIRTUALMANUFACTURINGTOOLFORPROCESS-INDUCEDDEFORMATIONSANALYSISINTHINCOMPOSITESTRUCTURESEnrico Zappino, Politecnico di Torino, Italy

IAC-22.C2.2.11DEVELOPMENTANDMICROGRAVITYTESTINGOFORIGAMI-INSPIREDSTRUCTURESFORFUTURESPACEAPPLICATIONSAugustin Gallois, ISAE - Institut Supérieur de l’Aéronautique et de l’Espace, France

IAC-22.C2.2.12PARAMETRISATIONANDPRACTICALIMPLEMENTATIONOFDEPLOYABLEOPTICALSYSTEMSAkash Yalagach, University of Auckland, New Zealand

C2.3.SpaceStructures-DynamicsandMicrodynamics

September 19 2022, 15:00 — W06Co-Chair(s):HarijonoDjojodihardjo,Indonesia;ÉlcioJeronimodeOliveira,InstituteforAeronauticsandSpace(IAE),Brazil;Rapporteur(s):IjarDaFonseca,ITA-DCTA,Brazil;PaoloGasbarri,UniversityofRome“LaSapienza”,Italy;

IAC-22.C2.3.1DESIGNANDPERFORMANCETESTOFHEXAPODMICRO-VIBRATIONISOLATORFORHIGHTORQUECMGBawoul Chung, Korea Advanced Institute of Science and Technology (KAIST), Korea, Republic of

IAC-22.C2.3.2REACTIONWHEELASSEMBLYEXPERIMENTALIMPACTDYNAMICSCHARACTERISATIONThomas Hughes, University of Auckland, New Zealand

IAC-22.C2.3.4FEMMODELLINGOFREACTIONWHEELMICROVIBRATIONMattia Marcello Longato, University of Auckland, New Zealand

IAC-22.C2.3.5IDENTIFICATIONMETHODFORGRAVITYCAUSEDEFFECTSDURINGTHECHARACTERIZATIONOFMICRO-VIBRATIONSOURCESMatias Bestard Körner, German Aerospace Center (DLR), Germany

IAC-22.C2.3.6STUDYTHEEFFECTOFAREALLAUNCHENVIRONMENTTESTINGTHROUGHTRI-AXISANDSINGLE-AXISVIBRATIONTESTINGNarendra Nath, The University of Auckland, New Zealand

IAC-22.C2.3.7IMPROVINGTHECONTROLDESIGNOFTHEKNATTEPLATFORMWITHFLEXIBLEPANELSChristoffer Johansson, Luleå University of Technology, Sweden

IAC-22.C2.3.8DYNAMICSTABILITYOFFLEXIBLELIGHTSAILSFORINTERSTELLAREXPLORATIONMichael Kelzenberg, California Institute of Technology, United States

IAC-22.C2.3.9EVALUATIONOFSLIDINGAMOUNTATBACKLASHJOINTSANDITSEFFECTSONNONLINEARITYDURINGFREEVIBRATIONOFEXTENSIBLETRUSSSaori Tanaka, Meijo University, Japan

IAC-22.C2.3.10(non-confirmed)LONGITUDINAL-LATERAL-TORSIONAL-SLOSHINTEGRATEDMODELINGTECHNIQUEFORLIQUID-PROPELLANTLAUNCHVEHICLECHU Fuyun, LandSpace Technology Corporation Ltd., China

IAC-22.C2.3.11TIMEDELAYESTIMATIONBASEDNEURALNETWORKCONTROLOFAFREE-FLOATINGSPACEMANIPULATORWITHBOUNDEDCONTROLTORQUESXiaoyan Yu, Fuzhou University, China

IAC-22.C2.3.12ENHANCINGTHEISOLATIONPERFORMANCEOFHEXAPODPLATFORMSVIAALTERNATIVELINKJOINTSANDELECTROMAGNETICSHUNTDAMPERSVladimir Yotov, University of Auckland, New Zealand

C2.4.AdvancedMaterialsandStructuresforHighTemperatureApplications

September 20 2022, 10:15 — W06Co-Chair(s):DavidE.Glass,NationalAeronauticsandSpaceAdministration(NASA),UnitedStates;ThierryPichon,ArianeGroup,France;Rapporteur(s):ZijunHu,ChinaAcademyofLaunchVehicleTechnology(CALT),China;

IAC-22.C2.4.1KEYNOTE:PAOLOSANTINI’SMEMORIALLECTURE-ACTIVEDAMPING,VIBRATIONISOLATIONANDSHAPECONTROLOFSPACESTRUCTURESAndré Preumont, University of Brussels, Belgium

IAC-22.C2.4.2ANOVELTHERMALPROTECTIONSYSTEMVIAOPPOSINGJETARRAYSFORREUSABLEREENTRYVEHICLESXiaoyan Li, CASC, China

IAC-22.C2.4.3IN-SITUEMISSIVITYASSESSMENTOFGRADE5TITANIUMINHIGH-ENTHALPYFLOWSFORCATALYSISINVESTIGATIONSClemens Felix Kaiser, University of Stuttgart, Germany

IAC-22.C2.4.4INNOVATIVESUPERALLOYPOWDERDESIGNEDFORADDITIVEMANUFACTURINGANDFORHIGHTEMPERATUREUSEUPTO900°CSolange Vivès, Aubert & Duval, France

IAC-22.C2.4.6THERMOSTRUCTURALANALYSISANDTESTRESULTSOFSOLIDROCKETMOTORSUBMERGEDNOZZLETHROATWITH4-DCARBON-CARBON(C-C)ANDGRAPHITEMATERIALPaul Murugan J, Vikram Sarabhai Space Centre, ISRO, Thiruvananthapuram, India

IAC-22.C2.4.7PERFORMANCEENHANCEMENTOFCOOLERMICRO-VIBRATIONISOLATIONSYSTEMBYIMPLEMENTINGTHERMALDESIGNWITHGRAPHITESHEETHye-In Kim, Chosun University, Korea, Republic of

IAC-22.C2.4.8DESIGNOFTHERMALPROTECTIONBASEDONCARBONAEROGELCOMPOSITEWITHOPTIMALSTRUCTUREMargarita Salosina, Moscow Aviation Institute (National Research University), Russian Federation

IAC-22.C2.4.9DEVELOPMENTOFTHEANALYSISMETHODSFORSOLARPROBETHERMALPROTECTIONAlena V. Morzhukhina, Moscow Aviation Institute (National Research University, MAI), Russian Federation

IAC-22.C2.4.10ANISOTROPICHEAT-SHIELDINGMATERIALSBASEDONGLASSCARBONANDPYROLYTICGRAPHITE:EVALUATIONOFEFFECTIVENESSINCASEOFARE-ENTRYMODULEOFALUNARPROBEVictor Leonov, Bauman Moscow State Technical University, Russian Federation

IAC-22.C2.4.11IMPROVEMENTSINPIAEROGELSFORFLEXIBLETHERMALPROTECTIONSYSTEM-HYPERSONICINFLATABLEAERODYNAMICDECELERATOR(HIAD)Tushar Agarwal, Sardar Vallabhbhai National Institute of Technology Surat, India

IAC-22.C2.4.12SPACERIDER:THERMALPROTECTIONSYSTEMANDCONTROLSURFACESDESIGN,DEVELOPMENTANDQUALIFICATIONSTATUSGiuseppe Rufolo, CIRA Italian Aerospace Research Centre, Italy

C2.5.AdvancementsinMaterialsApplicationsandRapidPrototyping

September 20 2022, 15:00 — W06Co-Chair(s):GiulianoMarino,CIRAItalianAerospaceResearchCentre,Italy;BehnamAshrafi,NationalResearchCouncil,Canada;Rapporteur(s):JamesTucker,SouthernResearchInstitute,UnitedStates;RaymondClinton,NASA,UnitedStates;

IAC-22.C2.5.1SANDWICHSTRUCTURESWITHTPMSGRADED-CELLSCOREARCHITECTUREPedro Alves, University of Brasilia, Brazil

IAC-22.C2.5.2ADVANCEDLEASTWEIGHTDESIGNOPTIMIZATIONOFADDITIVEMANUFACTUREDSPACEROVERSTEERINGBRACKETSLeonardo Maria Festa, Politecnico di Torino, Italy

IAC-22.C2.5.3LEVERAGINGNOVELPEEKADDITIVEMANUFACTURINGTECHNIQUESFORAVIABLEMICROLUNARROVERSTRUCTUREMarc Vanderbanck, University of British Columbia, Canada

IAC-22.C2.5.4ADVANCEMENTOFEXTREMEENVIRONMENTADDITIVELYMANUFACTUREDALLOYSFORNEXTGENERATIONSPACEPROPULSIONAPPLICATIONSPaul Gradl, National Aeronautics and Space Administration (NASA), United States

IAC-22.C2.5.5USEOFVOLUMETRICADDITIVEMANUFACTURING(VAM),ASANIN-SPACEMANUFACTURING(ISM)TECHNOLOGY.Taylor Waddell, University of California, Berkeley, United States

IAC-22.C2.5.6NASA’SMOON-TO-MARSPLANETARYAUTONOMOUSCONSTRUCTIONTECHNOLOGYPROJECT:OVERVIEWANDSTATUSRaymond G. Clinton, NASA Marshall, United States

IAC-22.C2.5.7CHARACTERIZATIONOFTHEMETHODSTOACHIEVEAHIGHQUALITYONTHERAPIDPROTOTYPINGOF3DPRINTEDSPACESUITS:CASEOFSTUDYNDX3SPACESUIT.Hernan David Mateus Jimenez, University of North Dakota, United States

IAC-22.C2.5.8SETTINGUPALUNARDUST3DSOLARPRINTERINCOLLABORATIONWITHECAMSTRASBOURGIMPROVEMENTSOFTHE3DSOLARPRINTERANDITSCAPABILITIESINCOMPARISONWITHOTHERADDITIVEMANUFACTURINGTECHNOLOGIESMartina Dimoska, International Space University (ISU), France

IAC-22.C2.5.9INTEGRATEDTWIN-MIRRORMADEBYADDITIVEMANUFACTURINGMarco Mulser, OHB System AG, Germany

IAC-22.C2.5.10METALADDITIVELAYERMANUFACTURINGOFNANO-SATELLITEPRIMARYMECHANICALSTRUCTUREMuhammad Shadab Khan, ENSAM, France

IAC-22.C2.5.11ENDLESSPHOTOPOLYMERTUBEEXTRUSIONFORON-ORBITMANUFACTURINGOFSATELLITEBOOMSMichael Kringer, Munich University of Applied Sciences, Germany

C2.6.SpaceEnvironmentalEffectsandSpacecraftProtection

September 21 2022, 10:15 — W06Co-Chair(s):AntonioDelVecchio,CIRAItalianAerospaceResearchCentre,Italy;AnatoliiLohvynenko,YuzhnoyeStateDesignOffice,Ukraine;Rapporteur(s):Kyeum-raeCho,PusanNationalUniversity,Korea,Republicof;

IAC-22.C2.6.1POURABLEANDDESTROYABLECOSMICRAYSRADIATIONSHIELDFORSPACECRAFTJarred Novak, Wichita State University, United States

IAC-22.C2.6.2DISCRETECIRCUITSFORLOW-BUDGETRADIATIONTOLERANTSYSTEMSKyle J. Newman, Carnegie Mellon University, United States

IAC-22.C2.6.3THERMALPROTECTIONANDGAMMARAYSHIELDINGONA60KGLUNARROVERFarah Youssef, N/A, United Arab Emirates

IAC-22.C2.6.4LEOATOMICOXYGENINTERACTIONEXPERIMENTSATTHEANUNATIONALSPACETESTFACILITYJoice Mathew, Australian National University (ANU), Australia

IAC-22.C2.6.5TESTINGTHENVIDIAJETSONXAVIERNXMODULEFORTHESONATE-2NANOSATELLITEMISSIONTobias Herbst, Julius Maximilians Universität Würzburg, Germany

IAC-22.C2.6.6LUNARREGOLITHREPULSIONMECHANISMFORROVERRADIATORSUSINGTHESTANDINGWAVEELECTRICCURTAINMETHODOumar Touré, Polytechnique Montreal, Canada

IAC-22.C2.6.7INVESTIGATINGTHEDURABILITYOFALUMINUMOXIDECOATINGSFORLUNARDUSTMITIGATIONPerla Latorre-Suarez, University of Central Florida (UCF), United States

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IAC-22.C2.6.8PROTECTIONOFSATELLITEBYOWNMAGNETICFIELD.Abhishek Singh Gehlot, India

IAC-22.C2.6.9PREDICTANDTHERMALANALYSISOFSTUDENTCUBESAT1UJoão Victor Moreira, University of Brasilia, Brazil

IAC-22.C2.6.10ORBITALPARAMETERSANDTHEIREFFECTSONHEATLOADSOFASATELLITESanjay R, R V College of Engineering, Bengaluru, India

IAC-22.C2.6.11TEMPERATUREDISTRIBUTIONOFCUBESATSUSINGFINITEELEMENTMETHODAshraf Khater, National Space Science Agency (NSSA), Bahrain

IAC-22.C2.6.12INVESTIGATIONSOFTHECOUPLEDHEATSOURCEANDHEATSINKEFFECTONCOMBUSTIBLESURFACESINSPACEPROPULSION:IMPLICATIONANDAPPLICATIONSSarah Dias, SRM Institute of Science and Technology, India

C2.7.SpaceVehicles–Mechanical/Robotic/Thermal/FluidicSystems

September 21 2022, 15:00 — W06Co-Chair(s):BrijAgrawal,NavalPostgraduateSchool,UnitedStates;OlegAlifanov,MAI,RussianFederation;Rapporteur(s):GuoliangMao,BeijingInstituteofAerodynamics,China;FedericaAngeletti,UniversityofRome“LaSapienza”,Italy;

IAC-22.C2.7.1MULTI-ENGINESCRYOGENICSTAGELOW-COSTSTRUCTURESANDFLUIDCOMPONENTSFORSMALLSATELLITESLAUNCHSERVICESAntoine Fourcade, France

IAC-22.C2.7.2EXPERIMENTALVALIDATIONOFASOLIDSTATEMAGNETOCALORICCOOLERINASPACEENVIRONMENTMarkus Huwald, Technische Universität Braunschweig, Institute of Space Systems, Germany

IAC-22.C2.7.3ANALYSISOFEFFECTIVETHERMALCONTROLDESIGNSFORSMALLSATELLITESAnvesha Yadav, R.V.College of Engineering, India

IAC-22.C2.7.4POGOCHARACTERISTICSANDEXPERIMENTALANALYSISOFTHEFIRSTCHINESELIQUIDOXYGEN-METHANELAUNCHER“ZQ-2”Wenbin Cao, LandSpace Technology Corporation Ltd., China

IAC-22.C2.7.5THERMALBALANCEANDTHERMALVACUUMTESTOFTHECBERS-4ASATELLITEPERFORMEDATINPE,BRAZIL.Marcio Bueno dos Santos, Instituto Nacional de Pesquisas Espaciais (INPE), Brazil

IAC-22.C2.7.6EFFECTIVENESSOFABELLYFLAPINMARTIANATMOSPHERERajesh Yadav, University of Petroleum and Energy Studies, India

IAC-22.C2.7.7TEMPERATUREDISTRIBUTIONALONGACOMPOSITEANDMETALLICSHELLINCRYOGENICENVIRONMENTPrashumn Prashumn, Indian Space Research Organization (ISRO), Liquid Propulsion Systems Centre (LPSC), India

IAC-22.C2.7.8INFLUENCEOFHYDROGENANDOXYGENSELF-PRESSURIZINGTEMPERATUREONHEATTRANSFEROFPROPELLANTTANKLiqiang Ai, China Academy of Launch Vehicle Technology (CALT), China

IAC-22.C2.7.9DESIGNINGTHEFIRSTTHREE-SECTIONARMONACUBESATJuliette Lacasse, Université de Sherbrooke, Canada

IAC-22.C2.7.10STRUCTURALDESIGNOFACUBESATTYPENANOSATELLITEFORACADEMICPURPOSES.Edwin Cruz Martínez, Mexico

IAC-22.C2.7.11ADDITIVELYMANUFACTUREDHIGH-POWER-DENSITYCOLDPLATESJana Catuche, United States

IAC-22.C2.7.12(non-confirmed)THEFABRICATIONANDAPPLICATIONOFWATERSUBLIMATORHEATDISSIPATIONSYSTEMINCHANG’E5LUNARPROBEYuying WANG, Beijing Institute of Spacecraft System Engineering, China Academy of Space Technology, China

C2.8.SpecializedTechnologies,IncludingNanotechnology

September 22 2022, 10:15 — W06Co-Chair(s):MarioMarchetti,AssociazioneItalianadiAeronauticaeAstronautica(AIDAA),Italy;PierreRochus,CSL(CentreSpatialdeLiège),Belgium;Rapporteur(s):BangchengAi,ChinaAerospaceScienceandIndustryCorporation,China;

IAC-22.C2.8.1ANOVELAPPROACHFORPAYLOADDESIGNTOSTREAMLINEDEEPSPACEMISSIONS:MOLECULARNANOSCIENCEAnushree Maligehalli Shadaksharaiah, Ramaiah Institute of Technology, India

IAC-22.C2.8.2DESIGNOFANINNOVATIVEMAGNETIC-NANOFLUIDHEATPIPEFORSPACEAPPLICATIONSHaider Ali Khan, Khalifa University of Science and Technology (KUST), United Arab Emirates

IAC-22.C2.8.3INFLUENCEOFBEAMVELOCITY/INCIDENTANGLEATMATERIALSSURFACEOFHYPERTHERMALAOONNANO-SCALESHAPEFORMATIONESTIMATEDBYMOLECULARDYNAMICSMiki Nishimoto, Japan Aerospace Exploration Agency (JAXA), Japan

IAC-22.C2.8.5NEWADVANCEDCOATINGFORTITANIUMANDCARBON/CARBONSPACEENVIRONMENTPROTECTIVESTRUCTURESFORCUBESATS,SUBMITTEDTOATOMICOXYGENEXPOSUREAndrea Delfini, Sapienza University of Rome, Italy

IAC-22.C2.8.6ANOVELPCMHEATSWITCHFORFUTURESPACECRAFTMISSIONSJakub Mašek, Brno University of Technology, Czech Republic

IAC-22.C2.8.7MECHANICALDEVELOPMENT,PRODUCTIONANDTESTINGOFAMINIATURIZEDHIGHFIDELITYACCELEROMETERFORACUBESATÁngel M. Zarate-Villazon, Universidad Panamericana de Ciudad de México, Mexico

IAC-22.C2.8.8MEETINGTHELATESTCHALLENGESOFHOLD-DOWNANDRELEASEMECHANISMS(HDRM):COMBININGFLIGHTHERITAGEANDINNOVATIONINTOANINTEGRATEDAPPROACHSébastien Perez, PYROALLIANCE, France

IAC-22.C2.8.9METHODOLOGYFORCONDUCTINGCOMPLEXSTUDIESOFTHEDYNAMICSOFSPACECRAFTMOTIONDURINGDESCENTINTHEPLANET’SATMOSPHEREVsevolod Koryanov, Bauman Moscow State Technical University, Russian Federation

IAC-22.C2.8.10ESTIMATIONOFACRAIG-BAMPTONEQUIVALENTMODELUSINGAHYBRIDPARTICLESWARMOPTIMIZATIONFORDCLAPURPOSESCorinna Cerini, University of Auckland, New Zealand

IAC-22.C2.8.11POLYMERSFORIN-SPACE/ON-PLANETMANUFACTURINGANDRECYCLINGAnna Daurskikh, Sonaca Space GmbH, Germany

C2.9.SmartMaterialsandAdaptiveStructures

September 22 2022, 13:45 — W06Co-Chair(s):PavelTrivailo,RMITUniversity(RoyalMelbourneInstituteofTechnology),Australia;HiroshiFuruya,TokyoInstituteofTechnology,Japan;Rapporteur(s):PaoloGaudenzi,SapienzaUniversityofRome,Italy;ÉlcioJeronimodeOliveira,INNOSPACECo.Ltd.,Brazil;

IAC-22.C2.9.1APPLICATIONOFSHAPEMEMORYALLOYINHYPERSONICVEHICLESWITHSCRAMJETTECHNOLOGYAlana Rocha, Instituto Tecnológico de Aeronáutica (ITA), Brazil

IAC-22.C2.9.2INTEGRATEDATTITUDEANDSHAPECONTROLFORORIGAMISATSWITHVARIABLESURFACEREFLECTIVITYBonar Robb, University of Glasgow, United Kingdom

IAC-22.C2.9.3EXPERIMENTSOFAROBUSTCONTROLLERFORACTIVEVIBRATIONREDUCTIONOFSPACESTRUCTURESWITHLINEARANDPATCHPZTDEVICESPaolo Iannelli, Sapienza University of Rome, Italy

IAC-22.C2.9.4SHAPECHANGINGORIGAMISTRUCTURESFORADAPTIVESPACESTRUCTUREAPPLICATIONSMaria Sakovsky, Stanford University, United States

IAC-22.C2.9.5SMARTOPTICALMATERIAL,ALUMINUMDOPED-ZINCOXIDEINVESTIGATEDBYMODIFIEDVASEFORSPACEEXPLORATIONJohn Patrick Harris, Norfolk State University, United States

IAC-22.C2.9.6SELF-HEALINGPOLYMERSFORSPACE:ASTUDYONAUTONOMOUSREPAIRPERFORMANCEANDRESPONSETOSPACERADIATIONLaura Pernigoni, Politecnico di Milano, Italy

IAC-22.C2.9.7ADAPTIVEDENSITYMINIMALSURFACES:ANEWMETHODFORTHEDESIGNOFHIGH-PERFORMANCEMULTI-FUNCTIONAL3D-PRINTEDSPACECOMPONENTS.Christian Waldvogel, Switzerland

IAC-22.C2.9.8SMALL-ELFTELESCOPE-STRUCTURALAPPLICATIONOFTENSEGRITYANDOTHERTECHNIQUESFORLARGE,LIGHT-WEIGHTTELESCOPESYe Zhou, Dynamic Intelligent Structures Ltd., Canada

IAC-22.C2.9.9RELATIONSHIPBETWEENSTOWAGECONDITIONSANDSELF-DEPLOYMENTPROPERTIESFORSHAPEMEMORYPOLYMERCONVEXSHELLAtsuhiko Senba, Meijo University, Japan

IAC-22.C2.9.10EXPERIMENTALINVESTIGATIONS:DYNAMICANALYSISOF150-MEMBERSPHERICALTENSEGRITYTOIDENTIFYITSCHARACTERISTICSFORSPACEAPPLICATIONKanjuro MAKIHARA, Tohoku University, Japan

IAC-22.C2.9.11THEBINGHAMLANDER:NATURE-BASEDINFLUENCESONMONOCOQUESPACECRAFTDESIGNSShayne Beegadhur, Conceptual Exploration Research, United Kingdom

C3.IAFSPACEPOWERSYMPOSIUM

Coordinator(s):JohnC.Mankins,ARTEMISInnovationManagementSolutions,LLC,UnitedStates;KojiTanaka,InstituteofSpaceandAstronauticalScience(ISAS),JapanAerospaceExplorationAgency,Japan;

C3.1.SolarPowerSatellite

September 19 2022, 10:15 — W02Co-Chair(s):JohnC.Mankins,ARTEMISInnovationManagementSolutions,LLC,UnitedStates;MingLi,ChinaAcademyofSpaceTechnology(CAST),China;Rapporteur(s):LeopoldSummerer,EuropeanSpaceAgency(ESA),TheNetherlands;KojiTanaka,InstituteofSpaceandAstronauticalScience(ISAS),JapanAerospaceExplorationAgency,Japan;

IAC-22.C3.1.1SPACE-BASEDSOLARPOWERPLANTS-OUTCOMEOFATHOROUGHCOSTBENEFITANALYSISINTHELIGHTOFACHIEVINGTHENET-ZEROCO2TARGETBY2050Leopold Summerer, European Space Agency (ESA), The Netherlands

IAC-22.C3.1.2(non-confirmed)ANUPDATEDCONCEPTDESIGNONMR-SPSXinbin Hou, CAST, China

IAC-22.C3.1.3THEUKSPACEENERGYINITIATIVE–TOWARDSAPRACTICALSPACEBASEDPOWERSYSTEMFORTHENETZEROERACraig Underwood, Surrey Space Centre, University of Surrey, United Kingdom

IAC-22.C3.1.4TOSTUDYTHEPROSPECTSOFLAUNCHINGSEVERALSOLARPOWERSATELLITEFORPOWERGENERATIONINSPACEAtrayee Basu, India

IAC-22.C3.1.5PROPOSALOFTHEFIRSTKOREANPILOTSYSTEMFORSPACEBASEDSOLARPOWER(SBSP)Joon Min Choi, Korea Aerospace Research Institute (KARI), Korea, Republic of

IAC-22.C3.1.6(non-confirmed)ESTABLISHINGANATIONALSTRATEGYFORSPACESOLARPOWERSteve Wolfe, United States

IAC-22.C3.1.7MEETINGNET-ZEROTARGETSUSINGBLENDEDFINANCINGANDSPACEBASEDSOLARPOWERKevin Barry, LightBridge Strategic Consulting, United States

IAC-22.C3.1.8FORMINGANINTERNATIONALSPACESOLARPOWERPROGRAMJohn C. Mankins, ARTEMIS Innovation Management Solutions, LLC, United States

IAC-22.C3.1.9SPS-ALPHA:EVOLVINGMARKETS,CAPABILITIESANDCONCEPTSOFOPERATIONSFORMODULAR&PRACTICALSPACESOLARPOWER(SSP)John C. Mankins, ARTEMIS Innovation Management Solutions, LLC, United States

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IAC-22.C3.1.10ABRIEFREVIEWANDRECOMMENDATIONSFORTHEDEVELOPMENTOFSPACESOLARPOWERSATELLITESShubham Gosavi, India

IAC-22.C3.1.11RELIABLEDESIGNANDVERIFICATIONFORSPACESOLARPOWERAPPLICATIONDazheng LI, China Academy of Space Technology, China

IAC-22.C3.1.12SOLARPOWERSATELLITES–IMPLICATIONSOFROTARYJOINTSAlex Ellery, Carleton University, Space Exploration and Engineering Group, Canada

IAC-22.C3.1.13HIGHORBITINGCENTRALSOLARPOWERSTATIONFORWIRELESSPOWERTRANSMISSIONRoshan Prince, ASTROPHYSICAST, India

C3.2.WirelessPowerTransmissionTechnologiesandApplication

September 19 2022, 15:00 — W02Co-Chair(s):NobuyukiKaya,KobeUniversity,Japan;MingLi,ChinaAcademyofSpaceTechnology(CAST),China;Rapporteur(s):MassimilianoVasile,UniversityofStrathclyde,UnitedKingdom;HaroonB.Oqab,SpaceCanadaCorporation,Canada;

IAC-22.C3.2.1TOWARDSTHECOMMERCIALDEVELOPMENTOFORBITINGREFLECTORS:ATECHNOLOGYDEMONSTRATIONROADMAPAndrea Viale, University of Glasgow, United Kingdom

IAC-22.C3.2.2REMOTEPOWERSERVICES:FREQUENCYAGNOSTICSOLUTIONSFORTHETRANSMISSIONOFPOWERANDPROVISIONOFANCILLARYSERVICESGary Barnhard, XISP-Inc, United States

IAC-22.C3.2.4THEOUTLINEANDTHECURRENTSTATUSOFTHEPOWERTRANSMISSIONSYSTEMDEVELOPMENTPROJECTFORTHEREALIZATIONOFTHESSPSKenji Sasaki, Japan Space Systems, Japan

IAC-22.C3.2.5SPACESTATIONFREEDOMREDUX:APROPOSALTOREARCHITECTTHEINTERNATIONALSPACESTATIONTOSERVEASASPACESOLARPOWERTECHNOLOGYDEVELOPMENT,DEMONSTRATION,ANDDEPLOYMENTPLATFORMGary Barnhard, XISP-Inc, United States

IAC-22.C3.2.6SPACEBASEDSOLARPOWERSYSTEM:SOLARPOWERCOLLECTIONINLEOANDTRANSMISSIONVIAELECTROMAGNETICWAVESHarshit Goel, University of Petroleum and Energy Studies, India

IAC-22.C3.2.7LASER-MICROWAVEENERGYTRANSMISSION:AHYBRIDSBSPSOLUTIONFORSUSTAINABLEANTARCTICAPPLICATIONUmberto Cammarata, Sapienza University of Rome, Italy

IAC-22.C3.2.8LEOSATELLITESWARMFORSUSTAINABLEUTILITYOFEXISTINGGROUND-BASEDSOLARINFRASTRUCTURES:ENERGY,ECONOMICSANDMISSIONDESIGNVALIDATIONChesler Thomas, University Bourgogne Franche-Comté, France

IAC-22.C3.2.9REAL-TIMETARGETTRACKINGENERGYDELIVERYOFACTIVEARRAYWIRELESSPOWERTRANSFERSYSTEMSang-Hwa Yi, Korea Electrotechnology Research Institute (KERI), Korea, Republic of

IAC-22.C3.2.10USINGPHOTOELECTRICEFFECTONHIGHTEMPERATURESUPERCONDUCTORS/PHOTOELECTRICMATERIALSFORWIRELESSTRANSMISSIONOFPOWERWITHVARIABLEFREQUENCYRANGE.Abhishek Singh, National Space Society (USA) -Mumbai chapter, India

IAC-22.C3.2.11INTERNATIONALSPACESOLARPOWERSTUDENTCOMPETITIONPAPERNO.1Anna Mauro, ORiS – Orbital Recharge in Space, Italy

IAC-22.C3.2.12INTERNATIONALSPACESOLARPOWERSTUDENTCOMPETITIONPAPERNO.2Ricardo Pereira, Instituto de Telecomunicações (Portugal), Portugal

IAC-22.C3.2.13INTERNATIONALSPACESOLARPOWERSTUDENTCOMPETITIONPAPERNO.3Yusuke Kishida, Hosei University, Japan

C3.3.AdvancedSpacePowerTechnologies

September 21 2022, 10:15 — W07Co-Chair(s):MatthewPerren,AirbusDefence&Space,UnitedKingdom;GaryBarnhard,XISP-Inc,UnitedStates;Rapporteur(s):LeeMason,NationalAeronauticsandSpaceAdministration(NASA),GlennResearchCenter,UnitedStates;KojiTanaka,InstituteofSpaceandAstronauticalScience(ISAS),JapanAerospaceExplorationAgency,Japan;

IAC-22.C3.3.1HIGHTEMPERATURESUPERCONDUCTORS:ENABLINGTECHNOLOGYFORNEXTGENERATIONSPACESYSTEMSAdam Baker, Rocket Engineering Ltd., United Kingdom

IAC-22.C3.3.2(non-confirmed)LOSSASSESSMENTFORSOLARPANELPERFORMANCEINLEONassima Khorchef, Agence Spatiale Algérienne (ASAL), Algeria

IAC-22.C3.3.3REGENERATIVEFUELCELLSYSTEMSFORENERGYSTORAGEONTHEMOONCEDRIC DUPONT, Air Liquide, France

IAC-22.C3.3.4APPLICATIONOFHIGHLYEFFICIENTANDFLEXIBLEMETALHALIDEPEROVSKITESOLARCELLSFORLOWINTENSITYCUBESATMISSIONSPV PRANAV, R V College of Engineering, Bengaluru, India

IAC-22.C3.3.5DEVELOPMENTOFCUBESATBATTERY-PACKDESIGNEDFORSPACEAPPLICATIONANDINTEGRATEDINPEDAGO-SATMISSIONAissa BOUTTE, Agence Spatiale Algérienne (ASAL), Algeria

IAC-22.C3.3.6DEVELOPMENTANDQUALIFICATIONOFASCALABLECOTS-BASEDLI-IONBATTERYRESOURCEMANAGERFORSATELLITESINLOWEARTHORBITMarius Eilenberger, DLR (German Aerospace Center), Germany

IAC-22.C3.3.7MOREPOWERFORSMALLSATELLITES:ANOVERVIEWOFAONE-SQUARE-METER100WDEPLOYABLESOLARARRAYSTORABLEINA1UFORMFACTORAntonio Pedivellano, DcubeD (Deployables Cubed GmbH), Germany

IAC-22.C3.3.8SIXYEARSOFSPACEFLIGHTRESULTSFROMTHEALSAT-1NTHIN-FILMSOLARCELL(TFSC)EXPERIMENTCraig Underwood, Surrey Space Centre, University of Surrey, United Kingdom

IAC-22.C3.3.9EFFECTOFANTI-REFLECTIVECOATINGONSOLARCELLSChaitanya Kasambe, Dhruva Space, India

IAC-22.C3.3.10DESIGNANDDEVELOPMENTOFASCALABLE,MODULARANDEFFICIENTMAXIMUMPOWERPOINTTRACKINGSTAGEFORACUBESATEPSEgor Tamarin, AAC Hyperion, The Netherlands

IAC-22.C3.3.11DESIGNANDIMPLEMENTATIONOFANADVANCEDPOWERSUPPLYSYSTEMFOR10KWPAYLOADCOMMUNICATIONSATELLITEYu Wentao, China Academy of Space Technology (CAST), China

IAC-22.C3.3.12RESULTSOFBIRDS-4SATELLITEON-ORBITPOWERPERFORMANCEFORENHANCING1USATELLITEPOWERSYSTEMRELIABILITYHari Ram Shrestha, LaSEINE, Kyushu Institute of Technology, Japan

IAC-22.C3.3.13SYNTHESISANDCHARACTERIZATIONOFPECTINFROMFOODWASTEFORELECTROLYTEGELATIONANDCO2REDUCTIONNathan Wilson, Texas Tech University, United States

C3.4.SpacePowerSystemforAmbitiousMissions

September 22 2022, 13:45 — W02Co-Chair(s):MassimilianoVasile,UniversityofStrathclyde,UnitedKingdom;ShoichiroMihara,JapanSpaceSystems,Japan;Rapporteur(s):XinbinHou,CAST,China;KojiTanaka,InstituteofSpaceandAstronauticalScience(ISAS),JapanAerospaceExplorationAgency,Japan;

IAC-22.C3.4.1POWERREQUIREMENTSANDTECHNOLOGIESFORGRAM-SCALEINTERSTELLARSPACECRAFTMason Peck, Cornell University, United States

IAC-22.C3.4.2RESEARCH&DEVELOPMENTOFNEWCONCEPTOFENERGYSUPPLYSYSTEMAPPLIEDTOMARS(ADVANCEDINRENEWABLEENERGY)Riyabrata Mondal, TU Bergakademie Freiberg (TUBAF), Germany

IAC-22.C3.4.3PYRITEFES2SOLARCELLSFABRICATIONFORLUNARBASEENERGYPRODUCTIONKatriin Kristmann, Tallinn University of Technology, Estonia

IAC-22.C3.4.4DEVELOPMENTOFLOWCOSTLIGHTWEIGHTSMALLSARSATELLITE,STRIXSERIESKoji Tanaka, Institute of Space and Astronautical Science (ISAS), Japan Aerospace Exploration Agency, Japan

IAC-22.C3.4.5MODULARDESIGNOFASPACEMW-LEVELPOWERSYSTEM\\USINGAMOLTENSALTREACTORNicolas Rey-Tornero, Commissariat à l’énergie atomique et aux éner-gies alternatives (CEA), France

IAC-22.C3.4.6LUNARSOLAR-THERMALENERGYSTORAGE:IN-SITURESOURCEUTILIZATIONFORENERGYSTORAGEJessie Ringle, United States

IAC-22.C3.4.7MAINSYSTEMELECTROLYSISANDPURIFICATION(MSEP)FORFORA60KGLUNARROVER(MSEP60):EFFICIENT-POWERGENERATIONONALUNAR-FITTEDFUELCELLFarah Youssef, N/A, United Arab Emirates

IAC-22.C3.4.8RELIABLEAVIONICSPOWERSYSTEMFORCOMMERCIALAUTONOMOUSSCIENCE(CAS)MICROROVERSSaksham Khurana, Carnegie Mellon University, United States

IAC-22.C3.4.9MATURINGWIRELESSPOWERTRANSMISSIONTECHNOLOGYFORSPACE:MILITARY,CIVILIAN,COMMERCIALANDINTERNATIONALASPECTSYaofeng Chan, Singapore Institute of Management, Singapore, Republic of

IAC-22.C3.4.10SOLAR-POWEREDENERGYGENERATIONINSPACEFORMOONANDMARSAnumadhubala Rajakumari, ASTROPHYSICAST, India

IAC-22.C3.4.11THENEWCONCEPTOFSOLARENERGYSUPPLYSYSTEMAPPLIEDTOMARSRiyabrata Mondal, TU Bergakademie Freiberg (TUBAF), Germany

IAC-22.C3.4.13“THEBEGINNINGENERGYPLAN”Sebastian Alba Martinez, Instituto Politécnico Nacional, Mexico

C4.IAFSPACEPROPULSIONSYMPOSIUM

Coordinator(s):AngeloCervone,DelftUniversityofTechnology(TUDelft),TheNetherlands;ElenaToson,SpaceGenerationAdvisoryCouncil(SGAC),Italy;RihengZheng,BeihangUniversity,China;ChristopheBonhomme,CentreNationald’EtudesSpatiales(CNES),France;

C4.1.LiquidPropulsion(1)

September 18 2022, 15:15 — W08Co-Chair(s):ChristopheBonhomme,CentreNationald’EtudesSpatiales(CNES),France;MarkusJaeger,[unlisted],Germany;Rapporteur(s):OzanKara,SpaceGenerationAdvisoryCouncil(SGAC),Turkey;JeromeBreteau,EuropeanSpaceAgency(ESA),France;

IAC-22.C4.1.1ARIANE6UPPERLIQUIDPROPULSIVEMODULEQUALIFICATIONSven Dietershagen, ArianeGroup, Germany

IAC-22.C4.1.2LIQUIDTHROTTLEABLEENGINEUTILIZINGHIGH-TESTPEROXIDE-GREENSTORABLEPROPULSIONSOLUTIONFORFUTURESPACETRANSPORTATIONDawid Cieslinski, Łukasiewicz Research Network – Institute of Aviation, Poland

IAC-22.C4.1.3LIQUIDUPPERSTAGEDEMONSTRATORENGINE(LUMEN):COMPONENTTESTRESULTSANDPROJECTPROGRESSTobias Traudt, DLR (German Aerospace Center), Germany

IAC-22.C4.1.4BOREASLIQUIDPROPULSIONROCKETENGINEPLATFORM:RECENTADVANCEMENTINMODELLINGANDTESTINGACTIVITIESMarco Galeotta, Centre National d’Etudes Spatiales (CNES), France

IAC-22.C4.1.5PROGRESSONLOX-LNGPROPULSIONTECHNOLOGYATISRODevakumar Thammisetty, Indian Space Research Organization (ISRO), Liquid Propulsion Systems Centre (LPSC), India

IAC-22.C4.1.6EXPERIMENTALRESEARCHONATOMIZATIONPERFORMANCEOFLIQUID-CENTEREDDOUBLE-PHASEPINTLEINJECTORFORLREPu Shi, Science and Technology on Combustion, Internal Flow and Thermal-structure Laboratory, Northwestern Polytechnical University, China

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IAC-22.C4.1.7PROMETHEUS:PRECURSOROFNEWLOW-COSTROCKETENGINEFAMILYPamela SIMONTACCHI, ArianeGroup SAS, France

IAC-22.C4.1.8NUMERICALINVESTIGATIONOFCOMBUSTIONEQUILIBRIUMINTHRUSTCHAMBERSOFLIQUIDROCKETENGINESNijat Abdulla, National Aviation Academy - Azerbaijan, Azerbaijan

IAC-22.C4.1.9FROMTECHNOLOGYDEMONSTRATIONTOA5KNSPACEPROPELLANTENGINEFAMILY-SPE-BERTAJan Alting, ArianeGroup, Germany

IAC-22.C4.1.10DEVELOPMENTOFANADDITIVEMANUFACTURINGLIQUIDMETHANEANDOXYGENSTAR1ENGINEFORSIRIUS1FIRSTSTAGERiccardo Esposito, Sirius Space Services, France

C4.2.LiquidPropulsion(2)

September 20 2022, 10:15 — W08Co-Chair(s):AngeloCervone,DelftUniversityofTechnology(TUDelft),TheNetherlands;AnnafedericaUrbano,ISAE-InstitutSupérieurdel’Aéronautiqueetdel’Espace,France;Rapporteur(s):ChristianBach,DresdenUniversityofTechnology(DUT)/TechnischeUniversitätDresden,Germany;MartinVelander,GKNAerospaceEngineSystems,Sweden;

IAC-22.C4.2.1CHARACTERIZATIONOFRESIDUALINCONELPARTICLESINADDITIVELYMANUFACTUREDROCKETENGINESCharlie Whitesell, Viterbi School of Engineering, USC, United States

IAC-22.C4.2.2INTEGRALCHANNELNOZZLESANDHEATEXCHANGERSUSINGADDITIVEMANUFACTURINGDIRECTEDENERGYDEPOSITIONNASAHR-1ALLOYPaul Gradl, National Aeronautics and Space Administration (NASA), United States

IAC-22.C4.2.3SUMMARYOFINITIALFEASIBILITYSTUDIESONTHEUSEOFLASERPOWDERBEDFUSIONINNOZZLEEXTENSIONAPPLICATIONSChristo Dordlofva, GKN Aerospace Engine Systems, Sweden

IAC-22.C4.2.4COMBUSTIONPERFORMANCEENHANCEMENTOFAHYDROGENPEROXIDEBI-PROPELLANTTHRUSTERUSINGTHEFLUIDICOSCILLATORKEROSENEINJECTORSangwoo Jung, Korea Advanced Institute of Science and Technology (KAIST), Korea, Republic of

IAC-22.C4.2.5TESTINGOFASMALLHTPMONOPROPELLANTTHRUSTERFORSPACEAPPLICATIONSDror Nissan, CISAS – “G. Colombo” Center of Studies and Activities for Space, University of Padova, Israel

IAC-22.C4.2.6ANEFFICIENTNUMERICALAPPROACHFORTHERMALCHARACTERIZATIONINLIQUIDROCKETENGINESArianna Remiddi, Sapienza University of Rome, Italy

IAC-22.C4.2.7SURROGATEMODELSBASEDONHIGHFIDELITYNUMERICALSIMULATIONSFORROCKETENGINESINJECTORDESIGNJose Felix Zapata Usandivaras, ISAE-Supaero University of Toulouse, France

IAC-22.C4.2.9EXPERIMENTALVERIFICATIONOFFLUTTERLIMITSFORAMISTUNEDSUPERSONICTURBINEBLISKClas Andersson, GKN Aerospace Engine Systems, Sweden

IAC-22.C4.2.10(non-confirmed)METHANE-OXYGENSPACEROCKETSTESTBENCHH-IMPITALIANFACILITYNON-STATIONARYPERFORMANCESNUMERICALSIMULATIONFederico De Filippis, CIRA Italian Aerospace Research Centre, Italy

C4.3.SolidandHybridPropulsion(1)

September 19 2022, 10:15 — W08Co-Chair(s):StéphaneHenry,ArianeGroup,France;MarioKobald,HyImpulseTechnologiesGmbH,Germany;Rapporteur(s):ToruShimada,InstituteofSpaceandAstronauticalScience(ISAS),JapanAerospaceExplorationAgency,Japan;Jean-ClaudeTraineau,OfficeNationald’EtudesetdeRecherchesAérospatiales(ONERA),France;

IAC-22.C4.3.1KEYNOTE:P120CSOLIDROCKETMOTOR:DEVELOPMENTANDQUALIFICATIONOFACOMMONPROPULSIVESRMFORARIANE6ANDVEGACDario Scoccimarro, European Space Agency (ESA), France

IAC-22.C4.3.2ZEFIRO40:DEVELOPMENTANDQUALIFICATIONOFVEGAC2NDSTAGESOLIDROCKETMOTORDario Scoccimarro, European Space Agency (ESA), France

IAC-22.C4.3.3ANALYSISOFPRESSUREOSCILLATIONSWITHINVEGALAUNCHERSFIRSTSTAGESRMSMarco Grossi, Sapienza University of Rome, Italy

IAC-22.C4.3.4SYNTHESISOFTHEDEVELOPMENTOFTHEP120CSRMNOZZLEFORARIANE6ANDVEGA-CANDWAYFORWARDFORP120C+NEEDSPhilippe Cloutet, ArianeGroup, France

IAC-22.C4.3.5STUDENTACTIVITIESINMANUFACTURINGANDLAUNCHINGADVANCEDSMALL-SCALESOLID-PROPELLANTROCKETSMario Tindaro Migliorino, Sapienza University of Rome, Italy

IAC-22.C4.3.6RAVEN:TESTBENCHANDTESTPLANDEVELOPMENTJessica McKenna, Luleå Technical University, Sweden

IAC-22.C4.3.7ANEWSYSTEMDESIGNTOOLFORAHYBRIDROCKETENGINEAPPLICATIONElena Quero Granado, ONERA - The French Aerospace Lab, France

IAC-22.C4.3.8DEVELOPMENTOFASTUDENT-DESIGNEDSUPERCHARGEDHYBRIDROCKETENGINETESTSTANDBrendan Griffin, Faculty of Engineering, Carleton University, Canada

IAC-22.C4.3.9CHARACTERIZATIONOFHYBRIDROCKETPARAFFIN-BASEDFUELSArtur Bertoldi, University of Brasilia, Brazil

IAC-22.C4.3.10EFFECTOFMIXINGDEVICESONCOMBUSTIONEFFICIENCYINPARAFFIN/N2OBASEDHYBRIDROCKETMOTORSOzan Kara, Space Generation Advisory Council (SGAC), Turkey

C4.4.SolidandHybridPropulsion(2)

September 20 2022, 10:15 — W05Co-Chair(s):DidierBoury,ArianeGroupSAS,France;AdamOkninski,ŁukasiewiczResearchNetwork–InstituteofAviation,Poland;Rapporteur(s):ChristopheBonhomme,CentreNationald’EtudesSpatiales(CNES),France;ArifKarabeyoglu,KocUniversity,Turkey;

IAC-22.C4.4.1PRESSUREOSCILLATIONINP120CSRM:WHATHADTOBEPROVEDSeverine Larrieu, ArianeGroup, France

IAC-22.C4.4.2THETHREE-DIMENSIONALCOMBUSTIONFLAMEOFMICRONALUMINUMPARTICLESBASEONCOMPUTEDTOMOGRAPHYOFCHEMILUMINESCENCE(CTC)Bingning JIN, Northwestern Polytechnical University, China

IAC-22.C4.4.3STUDYOFTHEINFLUENCEOFTHEELECTRICFIELDONTHEINCIDENTALIGNITIONOFALUMINIZEDCOMPOUNDSOLIDPROPELLENTVIAELECTROSTATICDISCHARGERene Gonçalves, Aeronautic Institute of Technology (ITA), Brazil

IAC-22.C4.4.4FRAMEWORKFORTHEDESIGNOFSOLIDPROPELLANTSVIAFUNCTIONALLYGRADED,ADDITIVELYMANUFACTUREDNANOENERGETICMATERIALSConnor MacRobbie, University of Waterloo, Canada

IAC-22.C4.4.5EXPERIMENTALINVESTIGATIONOFDIFFERENTPROPELLANTSANDEXPANDABLEGRAPHITEADDITIVESFORCONTROLLINGROCKETMOTORTHRUSTGabriele Muller, TECHNION - Israel Institute of Technology, Israel

IAC-22.C4.4.6CENTRIFUGALCASTINGOFPARAFFINWAX:NUMERICALANALYSISOFTHEINFLUENCEOFCASTINGTUBEASPECTRATIOGladys Ngetich, Massachusetts Institute of Technology (MIT), United States

IAC-22.C4.4.7EXPERIMENTALINVESTIGATIONANDNUMERICALSIMULATIONONTHROTTLEABLEPINTLE-CENTRIFUGALINJECTORFORHYBRIDROCKETMOTORTianwen Li, School of Astronautics, Beihang University, China

IAC-22.C4.4.8STATICANDRE-IGNITIONTESTOFHYPERGOLICHYBRIDROCKETUSINGHYDROGENPEROXIDEOXIDIZERJunyeong Jeong, Korea Advanced Institute of Science and Technology (KAIST), Korea, Republic of

IAC-22.C4.4.9PREDICTIONOFHYBRIDROCKETNOZZLEBEHAVIOURUNDERHIGHTEMPERATUREOXYGENRICHENVIRONMENTSule Ozturk, Deltav Space Technologies,Inc., Turkey

IAC-22.C4.4.10CRYOGENICPUMPDESIGNANDTESTINGFORHYBRIDROCKETAPPLICATIONSBerkay Terzi, Deltav Space Technologies,Inc., Turkey

C4.5.ElectricPropulsion(1)

September 19 2022, 15:00 — W08Co-Chair(s):GarriA.Popov,ResearchInstituteofAppliedMechanicsandElectrodynamics(RIAME),MAI,RussianFederation;MarianoAndrenucci,Independentconsultant,Italy;Rapporteur(s):VincentGuyon,SafranAircraftEngines,France;VitoSalvatore,CIRAItalianAerospaceResearchCenter,Capua,Italy;

IAC-22.C4.5.1HIGHTEMPERATURESUPERCONDUCTINGMAGNETBASEDELECTRICPROPULSIONDERIVEDFROMFUSIONENERGYTECHNOLOGYAdam Baker, Rocket Engineering Ltd., United Kingdom

IAC-22.C4.5.2(non-confirmed)WATERELECTROLYSISPROPULSIONDEVELOPMENTFORSMALL-SCALESATELLITESRazvan Nicoara, COMOTI, Romania

IAC-22.C4.5.3PPS®X00HALLTHRUSTER:AGAMECHANGERTOSECURELEO/MEOCONSTELLATIONSPROPULSIONClaude-Martin Brito, SAFRAN, France

IAC-22.C4.5.4ALTERNATIVEPROPELLANTSFORLOW-POWERPULSEDPLASMATHRUSTERDaria Fedorova, Bauman Moscow State Technical University, Russian Federation

IAC-22.C4.5.5LAB6HOLLOWCATHODEWITHWIDERANGECURRENTOPERATIONStanislav Tolok, Flight Control LLC, Ukraine

IAC-22.C4.5.6WATERIONTHRUSTERFORCUBESAT:LABORATORYMODELSYSTEMEVALUATIONRyo Minematsu, University of Tokyo, Japan

IAC-22.C4.5.7COMPARATIVEEXPERIMENTALANALYSISOFPERSPECTIVEMPPTPROPELLANTSEVAPORATIONBYUV-VUVRADIATIONEvgenii Chebykin, Bauman Moscow State Technical University, Russian Federation

IAC-22.C4.5.8OPERATIONALREALITIESOFELECTRICALLY-PROPELLEDSPACECRAFTNathan Griffith, LeoLabs, United States

IAC-22.C4.5.10DYNAMICMASSFLOWRATEMODELFORPPS5000HALLTHRUSTERUNITChristophe KOPPEL, KopooS Consulting Ind, France

IAC-22.C4.5.11STATEOFTHEARTREVIEWINSUPERCONDUCTOR-BASEDAPPLIED-FIELDMAGNETOPLASMADYNAMICTHRUSTERTECHNOLOGYMarcus Collier-Wright, Neutron Star Systems UG, Germany

IAC-22.C4.5.12STATUSOFTHEQUADCONFINEMENTTHRUSTER:CONCEPT,LIMITS,ANDPOSSIBLETECHNOLOGYADVANCEMENTFabrizio Tracchegiani, University of Pisa, Italy

IAC-22.C4.5.13DESIGNANDSIMULATIONOFCONTROLSYSTEMFORANALL-ELECTRICPROPULSIONCUBESAT-“SPACEBUTTERFLY”Peng Zheng, College of Aerospace Science and Engineering, National University of Defense Technology, China

IAC-22.C4.5.14LIFETIMETESTOFCLUSTEREDIFMNANOTHRUSTERWITHELECTROSTATICFOCUSMODULEBernhard Seifert, FOTEC Forschungs- und Technologietransfer GmbH, Austria

IAC-22.C4.5.15DEVELOPMENTANDQUALIFICATIONOFA12-KWHALLTHRUSTERFORDEEP-SPACEMISSIONSRichard Hofer, National Aeronautics and Space Administration (NASA), Jet Propulsion Laboratory, United States

C4.6.ElectricPropulsion(2)

September 20 2022, 15:00 — W08Co-Chair(s):AlexanderLovtsov,SSCKeldyshResearchCentre,RussianFederation;MarkusJaeger,[unlisted],Germany;Rapporteur(s):AngeloCervone,DelftUniversityofTechnology(TUDelft),TheNetherlands;SimonFeast,BritishInterplanetarySociety,UnitedKingdom;

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IAC-22.C4.6.1KEYNOTE:EVOLUTIONARYTRENDSINHALLTHRUSTERTECHNOLOGYMariano Andrenucci, Independent consultant, Italy

IAC-22.C4.6.2CATHODETHERMALENVIRONMENTSIMULATORFOREXPERIMENTALCHARACTERIZATIONOFHOLLOWCATHODEINSERTSVanessa Vial, SAFRAN, France

IAC-22.C4.6.3COMPUTATIONALANALYSISANDPERFORMANCEEVALUATIONOFILISTHRUSTERWITHEXPERIMENTALRESULTSKailashnath Bharathan, SASTRA University, India

IAC-22.C4.6.4DEVELOPMENTOFNEXTGENERATIONACTIVESPACECRAFTPOTENTIALCONTROL(ASPOC-NG)INSTRUMENTFORSCIENCEMISSIONSJohanna Fries, FOTEC Forschungs- und Technologietransfer GmbH, Austria

IAC-22.C4.6.5EFFECTSOFMAGNETICNOZZLEGEOMETRYONIONANDELECTRONPROPERTIESAlfio Vinci, ICARE-CNRS, France

IAC-22.C4.6.6EXPERIMENTALASSESSMENTOFAMEMSSURFACEDBDPLASMAACTUATORFORACTIVEFLOWCONTROLINAIR-BREATHINGSPACEVEHICLESDonato Fontanarosa, Università del Salento, Italy

IAC-22.C4.6.7EXPERIMENTALVALIDATIONOFTHEUSEOFADDITIVEMANUFACTURINGANDMETAHEURISTICINVERSEDESIGNTODEVELOPANELECTRODELESSPLASMATHRUSTERAlexander Ryan, The University of Sydney, Australia

IAC-22.C4.6.8LASER-INDUCEDFLUORESCENCEMEASUREMENTSFORTHECHARACTERIZATIONOFTHECAPACITIVELYCOUPLEDRF-PLASMATHRUSTERC-STARColum Walter, Universität der Bundeswehr München, Germany

IAC-22.C4.6.9MULTISCALEMODELLINGOFALTERNATIVEPROPELLANTSINMAGNETICALLYENHANCEDPLASMATHRUSTERSShaun Andrews, Alma Mater Studiorum - University of Bologna, Italy

IAC-22.C4.6.10PLASMADIAGNOSTICSANDTHRUSTPERFORMANCESOFTHEHALOTHRUSTERWITHPERMANENTMAGNETSSilvia Masillo, Surrey Space Centre, University of Surrey, United Kingdom

IAC-22.C4.6.11ADVANCESINTHEDEVELOPMENTOFALOWMASSLOWPOWERHIGH-FLOWREGULATIONVALVEFORSATELLITEELECTRICPROPULSIONPierre Cordesse, Air Liquide, France

C4.7.HypersonicAir-breathingandCombinedCyclePropulsion,andHypersonicVehicle

September 21 2022, 10:15 — W08Co-Chair(s):ToruShimada,InstituteofSpaceandAstronauticalScience(ISAS),JapanAerospaceExplorationAgency,Japan;Jean-ClaudeTraineau,OfficeNationald’EtudesetdeRecherchesAérospatiales(ONERA),France;Rapporteur(s):DidierBoury,ArianeGroupSAS,France;MartinVelander,GKNAerospaceEngineSystems,Sweden;

IAC-22.C4.7.1DESIGNOFAHIGHLYREUSABLEAIRTURBO-ROCKETENGINEFerran Roig Tió, Destinus, Switzerland

IAC-22.C4.7.2PRELIMINARYDESIGNPROCEDUREOFGUNLAUNCHEDSOLIDFUELRAMJETPROPULSIONSYSTEMSeungho Lee, Korea Advanced Institute of Science and Technology (KAIST), Korea, Republic of

IAC-22.C4.7.3CONCEPTUALDESIGNPREDICTIONOFPROPULSIVEPERFORMANCESANDPOLLUTANTEMISSIONSFORHYBRIDAIR-BREATHING/ROCKETENGINES:ASTUDYONSABREGiovanni Grimaldi, Politecnico di Torino, Italy

IAC-22.C4.7.4CONCEPTDESIGNOFACOMBINEDCYCLEHYDROLOXENGINEFORCOMMERCIALSUBORBITALSPACEFLIGHTAPPLICATIONSMattia Bertolini, Politecnico di Milano, Italy

IAC-22.C4.7.5MULTI-OBJECTIVEDESIGNOPTIMIZATIONOFFUELINJECTIONWITHFLEXIBLEGEOMETRYVIASURROGATE-BASEDEVOLUTIONARYALGORITHMSUSINGHIGHLYPARALLELGPUARCHITECTUREMehmet AKSAY, Kyushu University, Japan

IAC-22.C4.7.6NUMERICALANALYSISOFROCKETSTAGEDCOMBUSTIONWITHAIR-STAGEDANDFUEL-STAGEDSUPPLIESFORHIGH-COMBUSTIONPERFORMANCEANDLOW-POLLUTANTEMISSIONSILYES GHEDJATTI, Beijing University of Aeronautics and Astronautics (BUAA), China

IAC-22.C4.7.7RESEARCHONTHEEFFECTOFASYMMETRICAIRINTAKEONTHEMIXINGANDCOMBUSTIONOFSOLIDRAMJETJiming CHENG, Science and Technology on Combustion, Internal Flow and Thermal-structure Laboratory, Northwestern Polytechnical University, China

IAC-22.C4.7.8LESINVESTIGATIONOFACAVITY-BASEDAXSYMMERICSCRAMJETNaresh Relangi, Scuola di Ingegneria Aerospaziale “La Sapienza”, Italy

IAC-22.C4.7.9OPTIMIZEDINLETDESIGNFORHYPERSONICFLIGHTSParas Adlakha, University of Petroleum and Energy Studies, India

IAC-22.C4.7.10(non-confirmed)ASSESSMENTOFSHOCK/BOUNDARY-LAYERINTERACTIONSINHYPERSONICINTAKEMrinal Kaushik, Indian Institute of Technology Kharagpur, India

C4.8-B4.5A.JointSessionbetweenIAAandIAFforSmallSatellitePropulsionSystems

September 21 2022, 15:00 — W08Co-Chair(s):ArnauPonsLorente,SpaceGenerationAdvisoryCouncil(SGAC),UnitedStates;JeffEmdee,TheAerospaceCorporation,UnitedStates;Rapporteur(s):ElenaToson,T4i,Italy;ElizabethJens,JetPropulsionLaboratory-CaliforniaInstituteofTechnology,UnitedStates;

IAC-22.C4.8-B4.5A.1DEVELOPMENTSTATUSOFMONO-PROPULSIONSYSTEMFORACTIVEDEBRISREMOVALAsato Wada, ASTROSCALE JAPAN Inc., Japan

IAC-22.C4.8-B4.5A.2DEVELOPMENTSTATUSOFMONO-PROPULSIONSYSTEMFORACTIVEDEBRISREMOVALAsato Wada, ASTROSCALE JAPAN Inc., Japan

IAC-22.C4.8-B4.5A.3END-OF-LIFEDISPOSALOFSUB-3UCUBESATWITHAPRINTEDTHIN-FILMVACUUMARCTHRUSTERKash Saddul, University of Southampton, United Kingdom

IAC-22.C4.8-B4.5A.4OPTIMIZEDVAPORIZATIONINLIQUID-FEDMICRORESISTOJETSUSINGPULSEDHEATINGDonato Fontanarosa, Università del Salento, Italy

IAC-22.C4.8-B4.5A.5ASTUDYONSOLARSAILINGFORLOW-POWERORBIT-ATTITUDECONTROLOFSMALLSATELLITESINLEOMaximilien Berthet, University of Tokyo, Japan

IAC-22.C4.8-B4.5A.6ACOMPACTANDHIGHTHRUST-TO-POWERMICROPROPULSIONSYSTEMUSINGULTRASONICVIBRATINGMESHTECHNOLOGYFORPOCKETQUBEAPPLICATIONSRoopitha Kaimal, University of Nottingham, China, China

IAC-22.C4.8-B4.5A.7ENVIRONMENTALTESTCAMPAIGNOFA12UCUBESATTESTPLATFORMEQUIPPEDWITHANAMBIPOLARPLASMATHRUSTERFabrizio Stesina, Politecnico di Torino, Italy

IAC-22.C4.8-B4.5A.8DEVELOPMENTANDTESTINGOFANENGINEERINGMODELOFAHYDROGENPEROXIDEBASED1NPROPULSIONUNIT.Marco Santi, T4i, Italy

IAC-22.C4.8-B4.5A.9EXPERIMENTALCHARACTERIZATIONOFAHYDROGENPEROXIDE-BASEDTHRUSTERFORSMALLSATELLITESSergio Cassese, University of Naples “Federico II”, Italy

IAC-22.C4.8-B4.5A.11SPACEMOBILITYOPTIMIZATIONANDCONCURRENTENGINEERINGFORMODULARMICRO-PROPULSIONSYSTEMSWITH360BYIENAISPACEGiuseppe Di Pasquale, ienai SPACE, Spain

IAC-22.C4.8-B4.5A.12LEAKTESTINGPROCEDUREFORSTUDENT-DESIGNEDNANOSATELLITEPROPULSION/FEEDSYSTEMSRishin Aggarwal, Missouri University of Science and Technology (Missouri S&T), United States

IAC-22.C4.8-B4.5A.13FLIGHTRESULTSOFTHEPETRUSPULSEDPLASMATHRUSTERONTHE3UCUBESATGREENCUBEFelix Schäfer, Institute of Space Systems, Universität Stuttgart, Germany

C4.9.NewMissionsEnabledbyNewPropulsionTechnologyandSystems

September 22 2022, 10:15 — W08Co-Chair(s):VitoSalvatore,CIRAItalianAerospaceResearchCenter,Capua,Italy;ElenaToson,T4i,Italy;Rapporteur(s):SabrinaCorpino,PolitecnicodiTorino,Italy;ArnauPonsLorente,SpaceGenerationAdvisoryCouncil(SGAC),Spain;

IAC-22.C4.9.1PLATFORMANDSYSTEMDESIGNSTUDYOFAVLEOSATELLITEPLATFORMUSINGTHEIRSRFHELICON-BASEDPLASMATHRUSTERGeorg Herdrich, Institute of Space Systems, University of Stuttgart, Germany

IAC-22.C4.9.2DESIGNOFHOVERINGSOUNDINGROCKETUSINGGELPROPULSIONTECHNOLOGYNihal Hebbar, R V College of Engineering, Bengaluru, India

IAC-22.C4.9.3ANEWPARADIGMFORENABLINGPLANETARYCLASSMISSIONSONNASAMIDEXBUDGETSWilliam Kosmann, The Astronautics Company, L.P., United States

IAC-22.C4.9.4SOLARSAIL-BASEDDEEPSPACETRANSFERSUSINGV-INFINITYLEVERAGINGMANEUVERSChristian Bianchi, University of Pisa, Italy

IAC-22.C4.9.5NUCLEARPOWEREDAIR-BREATHINGELECTRICTHRUSTERSPROPULSIONSYSTEMDEVELOPEDFORSPACEEXPLORATIONVEHICLESShubham Das, R V College of Engineering, Bengaluru, India

IAC-22.C4.9.6PROPULSIONWITHASOLARSAILATTACHEDTOASUPERCONDUCTINGCURRENTLOOPRoman Ya. Kezerashvili, New York City College of Technology, The City University of New York, United States

IAC-22.C4.9.7HIGH-INCLINATIONSOLARORBITERENABLEDBYSAIL-AUGMENTEDELECTRICPROPULSIONDaniel Miller, Massachusetts Institute of Technology (MIT), United States

IAC-22.C4.9.8IANUS:ANOVERVIEWONTHEDEVELOPMENTANDTESTINGOFMILANIMISSIONPROPULSIONSYSTEMRiccardo Mantellato, T4i, Italy

IAC-22.C4.9.9ENABLINGINTERPLANETARYEXPLORATIONFORCUBESATSWITHAFULLYCHEMICALPROPULSIONSYSTEMAntonio Giordano, Delft University of Technology (TU Delft), The Netherlands, Italy

IAC-22.C4.9.10OPTIMIZATIONOFINTERPLANETARYTRAJECTORYFORDIRECTFUSIONDRIVESPACECRAFTGiancarlo Genta, Politecnico di Torino, Italy

IAC-22.C4.9.11LASERBEAMBRIGHTNESSANDFOCALLENGTHVARIATIONSASKEYPARAMETERSINACHIEVINGLOWIGNITIONENERGYOVERINCREASINGDISTANCESWITHLOWIGNITIONTIMESANDHIGHCOMBUSTIONTEMPERATURESILYES GHEDJATTI, Beijing University of Aeronautics and Astronautics (BUAA), China

C4.10-C3.5.JointSessiononAdvancedandNuclearPowerandPropulsionSystems

September 22 2022, 13:45 — W08Co-Chair(s):JeromeBreteau,EuropeanSpaceAgency(ESA),France;LeopoldSummerer,ESA-EuropeanSpaceAgency,TheNetherlands;ChristianBach,TechnicalUniversityDresden,Germany;Rapporteur(s):SimonFeast,BritishInterplanetarySociety,UnitedKingdom;AlexanderLovtsov,KeldyshResearchCenter,RussianFederation;

IAC-22.C4.10-C3.5.1EXPERIMENTALPERFORMANCEEVALUATIONOFTHEPHOTOVOLTAIC-BARE-TETHERPROPULSIONCONCEPTUNDERSPACECONDITIONSFORDEORBITAPPLICATIONSLeo Peiffer, Dresden University of Technology (DUT) / Technische Universität Dresden, Germany

IAC-22.C4.10-C3.5.2EARLYPROGRESSTOWARDTHEFEASIBILITYOFTHECENTRIFUGALNUCLEARTHERMALROCKETDale Thomas, University of Alabama in Huntsville, United States

IAC-22.C4.10-C3.5.3EXPERIMENTALLYBACKEDMODELOFBUBBLYFLOWINACNTPREACTORMitchell Schroll, Propulsion Research Center, University of Alabama in Huntsville, United States

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IAC-22.C4.10-C3.5.4EXPLORINGTHEFEASIBILITYOFAPOWER-GENERATINGPULSEDNUCLEARMAGNETICNOZZLENathan Schilling, University of Alabama in Huntsville, United States

IAC-22.C4.10-C3.5.5ANALYSISOFSMALLMODULARNUCLEARREACTORCONSTRUCTIONONTHEMOONDiana Nikitaeva, University of Alabama in Huntsville, United States

IAC-22.C4.10-C3.5.6NUCLEARFUSIONPOWEREDTITANAIRCRAFTMichael Paluszek, Princeton Satellite Systems, United States

IAC-22.C4.10-C3.5.7NUCLEARTHERMALPROPULSIONFOREARTHORBITANDINTERPLANETARYMISSIONS:CHALLENGESANDISSUESElia Puccinelli, University of Pisa, Italy

IAC-22.C4.10-C3.5.8RELIABILITYASSESSMENTOFNUCLEARTHERMALENGINECONFIGURATIONANDHEALTHMONITORINGSYSTEMSamantha Rawlins, University of Alabama in Huntsville, United States

IAC-22.C4.10-C3.5.9SAFETYSTUDIESFORTHEESARADIOISOTOPEPOWERSYSTEMSAlessandra Barco, University of Leicester, United Kingdom

IAC-22.C4.10-C3.5.10UTILIZATIONOFNUCLEARPOWERFORMOONMISSIONS:NUCLEARPOWERGENERATIONUSINGHELIUMCOOLEDREACTORFORSUSTAINABLEMOONHABITATSUgur Drguven, UN CSSTEAP, United Kingdom

D1.IAFSPACESYSTEMSSYMPOSIUM

Coordinator(s):ReinholdBertrand,EuropeanSpaceAgency(ESA),Germany;JillPrince,NationalAeronauticsandSpaceAdministration(NASA),UnitedStates;TiborS.Balint,JetPropulsionLaboratory,UnitedStates;

D1.1.InnovativeandVisionarySpaceSystems

September 18 2022, 15:15 — W03Co-Chair(s):TiborBalint,JetPropulsionLaboratory,UnitedStates;PeterDieleman,NetherlandsAerospaceCentre(NLR),TheNetherlands;Rapporteur(s):CamilloRichiello,CIRAItalianAerospaceResearchCentre,Italy;

IAC-22.D1.1.1MOONDIVER:EXPLORINGAPIT’SEXPOSEDSTRATATOUNDERSTANDLUNARVOLCANISMIssa Nesnas, Jet Propulsion Laboratory - California Institute of Technology, United States

IAC-22.D1.1.2TOOLBOXDESIGNTODEMONSTRATEAPPLICATION-SPECIFICCONFIGURABLESPACEROBOTSUSINGMODULARCOMPONENTSRoland U. Sonsalla, DFKI GmbH, Robotics Innovation Center, Germany

IAC-22.D1.1.3ZOOMINGINONPHOTONRINGSOFSUPERMASSIVEBLACKHOLESWITHSPACEBORNESUB-MILLIMETREINTERFEROMETERSBen Hudson, KISPE Space Systems Limited, United Kingdom

IAC-22.D1.1.4PRELIMINARYSTUDYONSYSTEMANDMISSIONSEQUENCEDESIGNFORTRANSFORMERMISSIONYuki Kubo, Japan Aerospace Exploration Agency (JAXA), Japan

IAC-22.D1.1.5FUTURESPACESYSTEMSANDTHEROLEOFHUMAN-CENTREDDESIGNINDECISION-MAKINGANDTRUSTAnna Wojdecka, Royal College of Art, United Kingdom

IAC-22.D1.1.6SPACECRAFTATTITUDECONTROLUSINGINERTIALMORPHINGSuraj James Aranha, RMIT University (Royal Melbourne Institute of Technology), Australia

IAC-22.D1.1.7TOWARDSUTILIZATIONOFAUTOROTATIONININTERPLANETARYEXPLORATIONONTHEEXAMPLEOFVENUSClemens Riegler, Julius Maximilians Universität Würzburg, Germany

IAC-22.D1.1.9IOSHEX-COMMERCIALIN-ORBITSERVICINGHYBRIDSYSTEMFORLEOMarco Guerzoni, Italy

IAC-22.D1.1.11ANINNOVATIVEANDINTERDISCIPLINARYAPPROACHTOASELF-SUSTAINABLELUNARVILLAGE.Denis Acker, University of Stuttgart, Germany

D1.2.SpaceSystemsArchitectures

September 19 2022, 10:15 — W03Co-Chair(s):MatteoEmanuelli,AirbusDefenceandSpace,Germany;ThierryFloriant,CentreNationald’EtudesSpatiales(CNES),France;Rapporteur(s):EberhardGill,DelftUniversityofTechnology,TheNetherlands;

IAC-22.D1.2.1DATA-DRIVENFDIFOCUSINGONTHEATTITUDEDYNAMICSOFSPACECRAFTHiroto Tamura, Nagoya University, Japan

IAC-22.D1.2.2SATELLITEDATAOVERPOWERBUSYijun Huang, The University of Sydney, Australia

IAC-22.D1.2.3FEASIBILITYSTUDYANDDEVELOPMENTSTATUSOFTRANSFORMABLESPACECRAFTYoshiki Sugawara, Aoyama Gakuin University, Japan

IAC-22.D1.2.4DESIGNFORISAM:MISSIONARCHITECTURESFORSUSTAINABLEEXPLORATIONANDDEVELOPMENTSimon Patané, Made In Space, Inc., United States

IAC-22.D1.2.5OASISINTEGRATEDARCHITECTUREFOREXPLORATIONANDUTILIZATIONOFTHESOLARSYSTEMChrishma Singh-Derewa, United States

IAC-22.D1.2.6ASSUREDACCESSTOSPACECAPABILITIES:INCREASINGRESILIENCYINAUTONOMOUSSMALLSATELLITECONSTELLATIONS.Crystal Forrester, Defence Science and Technology Group (DST Group), Australia

IAC-22.D1.2.7HYBRIDSYMBOLIC-NEURALAPPROACHESTOARTIFICIALINTELLIGENCEINSPACEAlex Ellery, Carleton University, Space Exploration and Engineering Group, Canada

IAC-22.D1.2.8AHIGH-PERFORMANCEMASSMEMORYUNITFORNEXTGENERATIONSATELLITESYSTEMSJochen Rust, DSI Aerospace Technologie GmbH, Germany

IAC-22.D1.2.9ORIGAMI-INSPIREDSELF-DEPLOYABLEREFLECTARRAYANTENNAAloisia Russo, Oxford Space Systems, United Kingdom

IAC-22.D1.2.10ARCHITECTURESTUDYFORIN-ORBITLONGTERMCRYOGENICSTORAGETOSUPPORTSPACEEXPLORATIONLudovica Formisani, Delft University of Technology (TU Delft), The Netherlands

IAC-22.D1.2.11VERYLOWEARTHORBITCONSTELLATIONSFOREARTHOBSERVATIONNicholas H. Crisp, The University of Manchester, United Kingdom

IAC-22.D1.2.12SPACE-AS-A-SERVICE:AFRAMEWORKANDTAXONOMYOF-AS-A-SERVICECONCEPTSFORSPACEAndreas Makoto Hein, University of Luxembourg, Luxembourg

IAC-22.D1.2.13DESIGNOFASHUTTLEANDDEPOTARCHITECTUREFORRELIABLEANDCOST-EFFECTIVEREFUELINGOPERATIONSINALLORBITSConnor Geiman, Orbit Fab, United States

D1.3.TechnologiestoEnableSpaceSystems

September 19 2022, 15:00 — W03Co-Chair(s):StevenArnold,TheJohnHopkinsUniversityAppliedPhysicsLaboratory,UnitedStates;XavierRoser,ThalesAleniaSpaceFrance,France;Rapporteur(s):YoshihisaArikawa,JapanAerospaceExplorationAgency(JAXA),Japan;

IAC-22.D1.3.1THERMALANALYSISOFLUNARSURFACEHABITATSBASEDONGEOGRAPHICPLACEMENTRyan Demny, Auburn University, United States

IAC-22.D1.3.2ANANALYSISOFPHASECHANGEMATERIALFORTHERMALMANAGEMENTINLUNARPERMANENTLYSHADEDREGIONSTravis Wavrunek, Michigan Technological University, United States

IAC-22.D1.3.3IN-SPACEMANUFACTURINGOFEXTERNALSATELLITESTRUCTURES:AREVIEWOFEXISTINGCONCEPTSANDDISCUSSIONOFTHEIRFEASIBILITYMichael Kringer, Munich University of Applied Sciences, Germany

IAC-22.D1.3.4MAGLEVBASED3-DOFEXPERIMENTALPLATFORMFORAUTONOMOUSSPACECRAFTRENDEZVOUSANDDOCKINGNitika Jaggi, Indian Institute of Technology Kanpur, India

IAC-22.D1.3.5KAMNET–ADEEPLEARNINGAPPROACHTOOPTICALNAVIGATIONFORADAWN-DUSKEARTHOBSERVATIONMISSIONAlfredo Escalante, European Space Agency (ESA/ESAC), Spain

IAC-22.D1.3.6DIGITALTWINANDARTIFICIALINTELLIGENCEENABLINGINNOVATIVESPACECRAFTDESIGN,DEVELOPMENT,ANDFLIGHTSapna Rao, Lockheed Martin (Space Systems Company), United States

IAC-22.D1.3.7ASYSTEMENGINEERINGAPPROACHTOTHEAUTOMATEDDESIGNOFTHELOW-ORBITADDITIONTOTHEGLONASSSYSTEMANDOTHERGNSSNikolai Leonidov, Russian Federation

IAC-22.D1.3.8PARAFOILMPCGUIDANCEANDPATHFOLLOWINGCONTROLFORD&LPHASEOFREUSABLESPACEVEHICLESAndrei Filip Cojocaru, Elecnor Deimos, Romania

IAC-22.D1.3.9MISSIONCONTROL’SEDGEAIACCELERATORTOOLCHAIN–AHARDWAREAGNOSTICTOOLFORDEPLOYINGDEEPLEARNINGMODELSONLOW-POWEREDEDGEPROCESSORSRohaan Ahmed, Mission Control Space Services Inc., Canada

IAC-22.D1.3.10ETHILE:ATHRUSTER-IN-THE-LOOPFACILITYTOENABLEAUTONOMOUSGUIDANCEANDCONTROLOFAUTONOMOUSINTERPLANETARYCUBESATSAlessandro Morselli, Politecnico di Milano, Italy

IAC-22.D1.3.11ON-BOARDSMARTAVIONICSFORON-ORBITSERVICEABLESPACECRAFTLianxiang Jiang, China Academy of Space Technology (CAST), China

IAC-22.D1.3.12INDUSTRIALIZINGDESIGN&PRODUCTIONOFSATELLITESANDLAUNCHERS:HOWSUPPLIERSCANMAKEADIFFERENCECristina Lorenzetti, RUAG Space, Switzerland

D1.4A.SpaceSystemsEngineering-Methods,ProcessesandTools(1)

September 21 2022, 10:15 — W03Co-Chair(s):DapengWang,BeihangUniversity,China;PeterDieleman,NetherlandsAerospaceCentre(NLR),TheNetherlands;Rapporteur(s):HuiDu,ChinaAcademyofSpaceTechnology(CAST),China;

IAC-22.D1.4A.1CONCURRENTENGINEERINGFORGROUNDSEGMENTANDOPERATIONSCONCEPTUALDESIGN–USECASES,METHODSANDTOOLSONTHEWAYTODIGITALISATIONJennifer Hoffmann, TU Darmstadt, Germany

IAC-22.D1.4A.2THESMALL-SAT-EGSE:ACOST-EFFECTIVESMALLSATDEVELOPMENTANDVERIFICATIONPLATFORMKilian Höflinger, Thya Aerospace, Germany

IAC-22.D1.4A.3PLANETQUALIFICATIONLAB:LEVERAGINGMODULARITYANDAUTOMATIONTOMASSPRODUCESATELLITESArthur Descamps, Planet Labs Inc., United States

IAC-22.D1.4A.4CUBESATTHERMALMANAGEMENTSYSTEMDESIGNSUPPORTEDBYMULTIOBJECTIVEDESIGNOPTIMIZATIONDaniele Calvi, Politecnico di Torino, Italy

IAC-22.D1.4A.5INNOVATIVEMETHODOLOGYFORTHEPRELIMINARYDESIGNAPPROACHFORLOWEARTHORBITCONSTELLATIONSFederica Conti, Sapienza University of Rome, Italy

IAC-22.D1.4A.6AIASSISTANTSUPPORTINGSPACESYSTEMSCONCEPTUALDESIGNJan-Peter Ceglarek, TU Darmstadt, Germany

IAC-22.D1.4A.7AVIRTUALSYSTEMSENGINEERINGADVISORTOIDENTIFYREQUIREMENTSGAPS:APPLICATIONTOATTCTRANSPONDERAlejandro Salado, University of Arizona, United States

IAC-22.D1.4A.8COSTEFFECTIVEAPPROACHFORARELIABLESEEROBUSTDESIGNSilvia Diaz, SENER, Spain

IAC-22.D1.4A.9COSTESTIMATIONMETHODOLOGYANDTOOLFORFUTUREREUSABLEACCESSTOSPACESYSTEMSRoberta Fusaro, Politecnico di Torino, Italy

IAC-22.D1.4A.10AROS/GAZEBO-BASEDFRAMEWORKFORSIMULATIONANDCONTROLOFON-ORBITROBOTICSYSTEMSJose L. Ramon Carretero, University of Alicante, Spain

IAC-22.D1.4A.11IDENTIFYINGRISKFACTORSINSPACEMISSIONS:ANAI-BASEDAPPROACHSofia Kleisarchaki, France

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IAC-22.D1.4A.12IDREAM:AMULTIDISCIPLINARYMETHODOLOGYANDINTEGRATEDTOOLSETFORFLIGHTVEHICLEENGINEERINGRoberta Fusaro, Politecnico di Torino, Italy

D1.4B.SpaceSystemsEngineering-Methods,ProcessesandTools(2)

September 21 2022, 15:00 — W03Co-Chair(s):GeilsonLoureiro,InstitutoNacionaldePesquisasEspaciais(INPE),Brazil;NorbertFrischauf,TUGraz,Austria;Rapporteur(s):JonHolladay,NationalAeronauticsandSpaceAdministration(NASA),UnitedStates;

IAC-22.D1.4B.1COMPREHENSIVEANDCOMPARATIVESTUDYOFMBSEAPPLIEDTOSPACESYSTEMSENGINEERINGMarcos Eduardo Rojas Ramirez, Institut Supérieur de l’Aéronautique et de l’Espace (ISAE), France

IAC-22.D1.4B.2DEVELOPMENTOFAWORKFLOWIMPLEMENTATIONTOCONDUCTAUTOMATEDTHERMALANALYSESOFSPACECRAFTFROMANMBSESYSTEMMODELHenning Heibrok, German Aerospace Center (DLR), Germany

IAC-22.D1.4B.3MODEL-BASEDMISSIONPLANNING:REDUCINGMISSIONPLANNINGCOSTSBYGENERATINGMISSION-UNIQUEARCHITECTUREANDPROCESSFRAMEWORKSMichael Halvorson, University of Alabama in Huntsville, United States

IAC-22.D1.4B.5APPLICATIONOFATAILOREDMISSIONANALYSISFRAMEWORKWITHINAEXTRACURRICULARCUBESATPROJECTNina Bang Kieu Viet, NTNU, Norway

IAC-22.D1.4B.6AMARKOWITZ-INSPIREDAPPROACHTOOPTIMIZINGSPACETECHNOLOGYPORTFOLIOINVESTMENTSJulia Milton, Massachusetts Institute of Technology (MIT), United States

IAC-22.D1.4B.7INTEGRATEDSPACECRAFTDESIGN:DEMONSTRATIONOFAPROTOTYPEPROCESSANDPLATFORMFORSATELLITEDESIGNAPPLICATIONLoveneesh Rana, University of Luxembourg, Luxembourg

IAC-22.D1.4B.8SPACEPRODUCTDEVELOPMENTPROCESS:INTEGRATINGASUSTAINABILITYPERSPECTIVEINDESIGNANDPRODUCTIONOFSPACECRAFTBernd M. Weiss, Luleå University of Technology, Sweden

IAC-22.D1.4B.9(non-confirmed)SOLARARRAYSWORKDURINGDYNAMICALOPERATIONS:MODELINGANDOPTIMIZATIONPROBLEMSRELATEDTOMASSIVESPACECRAFTSFLIGHTIvan Samylovskiy, Lomonosov Moscow State University, Russian Federation

IAC-22.D1.4B.10PFAT-POST-FLIGHTANALYSISTOOLKITMarcello Sciarra, Deimos Space SLU, Spain

IAC-22.D1.4B.11COMMERCIALSUBORBITALVEHICLE-SYSTEMDESIGNANDMISSIONOPTIMIZATIONUSINGCONCEPTUALMULTI-DISCIPLINARYOPTIMIZATION(CMDO)FRAMEWORKShrrirup Nambiar, Politecnico di Torino, Italy

IAC-22.D1.4B.12PRONT-AIT:FRAMEWORKFORASSESSINGTHEREADINESSOFASSEMBLY,INTEGRATIONANDTESTINGORGANIZATIONSOFSPACESYSTEMSIsomar Lima da Silva, National Institute for Space Research - INPE, Brazil

D1.5.LessonsLearnedinSpaceSystems:Achievements,Challenges,BestPractices,Standards.

September 22 2022, 10:15 — W03Co-Chair(s):YoshihisaArikawa,JapanAerospaceExplorationAgency(JAXA),Japan;IgorV.Belokonov,SamaraNationalResearchUniversity(SamaraUniversity),RussianFederation;Rapporteur(s):GiuseppeGuidotti,DeimosSpaceSLU,Spain;

IAC-22.D1.5.1MISSIONASSURANCEHANDBOOKFORUNIVERSITY-BASEDLEANSATELLITESMENGU CHO, Kyushu Institute of Technology, Japan

IAC-22.D1.5.2PROJECTLIFE-CYCLEANDWORKFLOWINAUNIVERSITYCUBESATPROJECTSimen Berg, Norwegian University of Science and Technology, Norway

IAC-22.D1.5.3ESTABLISHINGAPROTOCOLFORTHEX-CHANGEOFEXPERIENCEANDLEARNINGBETWEENSPACEENTITIES–SHARINGWHATWEDOTOGETHERANDWHATWEHAVEINCOMMON–ANESA/CNESCASESTUDYAndrew Herd, ESA, The Netherlands

IAC-22.D1.5.4SYSTEMENGINEERINGCHALLENGESINVOLVEDINCONFIGURINGASMALLSATELLITEBUSFORADVANCEDTECHNOLOGYDEMONSTRATIONSrividhya G, Indian Space Research Organization (ISRO), India

IAC-22.D1.5.5SETTINGTHERECORDSTRAIGHT:THEGALILEOPROBEMISSIONWASASUCCESS!David Atkinson, Caltech/JPL, United States

IAC-22.D1.5.6CHECKLISTOFUSINGCOTSDEVICESFORDISTRIBUTEDONBOARDSYSTEMDESIGNTing Peng, University Würzburg, Germany

IAC-22.D1.5.7SOLARORBITERAOCSFINEPOINTINGMODEIMPROVEMENTINFLIGHT:CHALLENGESANDACHIEVEMENTSIlario Cantiello, European Space Agency (ESA-ESTEC), The Netherlands

IAC-22.D1.5.8ASPACECONVERSATIONALAGENTFORRETRIEVINGLESSONS-LEARNEDANDEXPERTTRAININGDimitar Mihaylov, University of Strathclyde, United Kingdom

IAC-22.D1.5.9TESTINGOFSMALLSATELLITEOPERATIONANDSOFTWAREWITHTARGETHARDWAREANDREHEARSALSDennis Langer, Norwegian University of Science and Technology, Norway

IAC-22.D1.5.10LABSAT-THEFIRSTPOLISHSATELLITETOPROVIDEBIOLOGICALRESEARCHONTHELEOAdrianna Graja, Wroclaw University of Science and Technology, Poland

IAC-22.D1.5.11BESTPRACTICESONADOPTINGOPEN-SOURCEANDCOMMERCIALLOW-COSTDEVICESINSMALLSATELLITESMISSIONSRiccardo Di Roberto, G.A.U.S.S. Srl, Italy

IAC-22.D1.5.12ANALYSISOFSPACEENGINEERINGPROCESSOVERHEADFORDESIGNCHANGESANDIMPLICATIONSFORANEWSATELLITEBUSCONCEPTJan-Christian Meyer, Berlin Space Technologies GmbH, Germany

D1.6.CooperativeandRoboticSpaceSystems

September 22 2022, 13:45 — W03Co-Chair(s):KlausSchilling,ZentrumfürTelematik,Germany;OtfridG.Liepack,NationalAeronauticsandSpaceAdministration(NASA),JetPropulsionLaboratory,UnitedStates;Rapporteur(s):StevenArnold,TheJohnHopkinsUniversityAppliedPhysicsLaboratory,UnitedStates;AudreyBerquand,EuropeanSpaceAgency(ESA),TheNetherlands;

IAC-22.D1.6.1ON-ORBITDEMONSTRATIONOFSPACECRAFTHOPPINGMANEUVERSUSINGTHENASAASTROBEEFREE-FLYERSJennifer Hudson, Naval Postgraduate School, United States

IAC-22.D1.6.2DYNAMICMOTIONPLANNINGOFFPVCAMERAFREE-FLYERSFORAUTONOMOUSCREWTRACKINGANDCOLLISIONAVOIDANCETaisei Nishishita, Japan Aerospace Exploration Agency (JAXA), Japan

IAC-22.D1.6.3PATHGENERATIONANDCONTROLOFHUMANOIDROBOTSDURINGEXTRAVEHICULARACTIVITIESJose L. Ramon Carretero, University of Alicante, Spain

IAC-22.D1.6.4TRAILBLAZER,THEFIRSTCOMMERCIALSATELLITEREFUELINGMISSIONConnor Geiman, Orbit Fab, United States

IAC-22.D1.6.5NON-PARAMETRICMODELINGFORSTATEESTIMATIONFILTERINGANDCONTROLOFAGGREGATESPACECRAFTSYSTEMSWilliam Parker, Massachusetts Institute of Technology (MIT), United States

IAC-22.D1.6.6DESIGNANDINTEGRATIONOFAMULTI-ARMINSTALLATIONROBOTDEMONSTRATORFORORBITALLARGEASSEMBLYMathieu Deremetz, Space Applications Services, Belgium

IAC-22.D1.6.7IN-ORBITDEMONSTRATIONOFISMAROBOTICCAPABILITIESTOPAVETHEWAYFORANEWGENERATIONOFSPACESYSTEMSSebastian Bartsch, Airbus Defence and Space - Space Systems, Germany

IAC-22.D1.6.8MULTI-LINKROBOTICMANIPULATORGUIDANCEVIAMACHINELEARNINGALGORITHMSFORMARSEXCAVATORSAndrea Carbone, Scuola di Ingegneria Aerospaziale “La Sapienza”, Italy

IAC-22.D1.6.9ANALYSISOFAZIPLINERROBOTICSYSTEMTOASSISTASTRONAUTSONLUNARANDMARTIANTERRAINSVishnurat Kadagadakai, Ramaiah Institute of Technology, India

IAC-22.D1.6.10MOTIONPLANNINGFORRELOCATABLEROBOTSPERFORMINGON-ORBITLOCOMOTIONANDMANIPULATIONTASKSMaximo A. Roa, DLR (German Aerospace Center), Germany

D2.IAFSPACETRANSPORTATIONSOLUTIONSANDINNOVATIONSSYMPOSIUM

Coordinator(s):YuguangYang,ChinaAerospaceScience&IndustryCorporation(CASIC),China;MarkusJaeger,[unlisted],Germany;RandolphKendall,TheAerospaceCorporation,UnitedStates;

D2.1.LaunchVehiclesinServiceorinDevelopment

September 18 2022, 15:15 — S06Co-Chair(s):DaniloSakay,BrazilianSpaceAgency(AEB),Brazil;YorichikaMihara,MitsubishiHeavyIndustries,Ltd.,Japan;Rapporteur(s):MartinSippel,DeutschesZentrumfürLuft-undRaumfahrte.V.(DLR),Germany;

IAC-22.D2.1.1ARIANE5LAUNCHSYSTEMADAPTATIONFORJWSTMISSIONPREPARATIONHélène REQUISTON-COSTANTINI, ArianeGroup SAS, France

IAC-22.D2.1.2ARIANE6LAUNCHSYSTEMDEVELOPMENTUPDATEMathieu CHAIZE, ArianeGroup SAS, France

IAC-22.D2.1.3RESEARCHONTHEDEVELOPMENTOFTESTANDLAUNCHCONTROLSYSTEMINCHINESENEXTGENERATIONLAUNCHVEHICLEZiyu Wang, Beijing Institute of Aerospace Systems Engineering, China Aerospace Science and Technology Corporation (CASC), China

IAC-22.D2.1.4THELATESTH3DEVELOPMENTSTATUSANDNEXT-GENINNOVATIVELAUNCHCONCEPTYorichika Mihara, Mitsubishi Heavy Industries, Ltd., Japan

IAC-22.D2.1.5EVOLUTIONANDDEVELOPMENTOFTHEVEGALAUNCHERFAMILYANDLESSONSLEARNEDGiampaolo Cecchetti, AVIO S.p.A., Italy

IAC-22.D2.1.6ARIANE6-DEVELOPMENTANDQUALIFICATIONOFLARGESTRUCTURES&TANKSAicke Patzelt, MT Aerospace AG, Germany

IAC-22.D2.1.7ESATECHNOLOGYSTRATEGYTOSUPPORTTHESPACETRANSPORTATIONSECTORINEUROPEAlain Conde Reis, European Space Agency (ESA), France

IAC-22.D2.1.8RECENTTECHNICALANDPROGRAMMATICLESSONSLEARNEDINTHE,DEVELOPMENT,ACQUISITION,ANDRECURRINGLAUNCHOPERATIONSAkhil Gujral, The Aerospace Corporation, United States

IAC-22.D2.1.9THEOVERALLSCHEMEOFSOLIDLAUNCHVEHICLESSUITABLEFORLANDANDSEALAUNCHANDITSLIFTCAPACITYANALYSISZhang Wen, China Academy of Launch Vehicle Technology (CALT), China

IAC-22.D2.1.10ASTUDYONTHEAERODYNAMICINTERFERENCEANDTHEIMPROVEMENTOFPROTUBERANCESOFTHEFIRSTCHINESECOMMERCIALLIQUIDLAUNCHER“ZQ-2”Geng Hao, LandSpace Technology Corporation Ltd., China

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D2.2.LaunchServices,Missions,Operations,andFacilities

September 19 2022, 15:00 — S06Co-Chair(s):FrancescoSantoro,AltecS.p.A.,Italy;VincentTaponier,CentreNationald’EtudesSpatiales(CNES),France;Rapporteur(s):JeremyPinier,NationalAeronauticsandSpaceAdministration(NASA),LangleyResearchCenter,UnitedStates;

IAC-22.D2.2.1ARIANE6LAUNCHER–LAUNCHBASECOMBINEDTESTSOlivier Bugnet, Centre National d’Etudes Spatiales (CNES), France

IAC-22.D2.2.2ENERGYTRANSITIONPROGRAMATTHEEUROPEANSPACEPORTDidier Cauquil, Centre National d’Etudes Spatiales (CNES), French Guiana

IAC-22.D2.2.3DESIGNANDEXPERIMENTALTESTINGOFAMICROLAUNCHERSEJECTSYSTEMOPERATEDFROMNAVALPLATFORMPaolo Teofilatto, Sapienza University of Rome, Italy

IAC-22.D2.2.4ESASPACERIDERSYSTEM:MULTI-PURPOSESERVICEFORCOMMERCIALAPPLICATIONSFabio Caramelli, European Space Agency (ESA), Italy

IAC-22.D2.2.5RESEARCHONDEVELOPMENTSTRATEGYOFCHINASPACELAUNCHSERVICEANDSUPPORTTECHNOLOGYLitian Xiao, Beijing Special Engineering Design and Research Institute (BSEDI), China

IAC-22.D2.2.6ENVIRONMENTALLYFRIENDLYPRODUCTIONANDOPERATIONOFSPACETRANSPORTATIONSYSTEMSJosef Wiedemann, MT Aerospace AG, Germany

IAC-22.D2.2.7PRICEELASTICITYOFLAUNCHSERVICESChristopher Kunstadter, United States

IAC-22.D2.2.8FEASIBILITYSTUDYTOAVOIDLAUNCHCOLLISIONWITHORBITALOBJECTSBYMODIFYINGFLIGHTTRAJECTORYOFLAUNCHVEHICLEYuji Takaki, Mitsubishi Heavy Industries, Ltd., Japan

IAC-22.D2.2.9NEXTGENERATIONAUTONOMOUSFLIGHTTERMINATIONSYSTEM(AFTS)FORLAUNCHERSMariano Sánchez-Nogales, SENER, Spain

IAC-22.D2.2.10PARAMETRICLIFECYCLEASSESSMENTOFASPACELAUNCHSERVICEBASEDONALOX/BIOMETHANESEMI-REUSABLELAUNCHERLoïs Miraux, MINES ParisTech, France

D2.3.UpperStages,SpaceTransfer,Entry&LandingSystems

September 19 2022, 10:15 — S06Co-Chair(s):OliverKunz,BeyondGravity,Switzerland;BryanSmith,NASAGlennResearchCenter,UnitedStates;Rapporteur(s):OlegVentskovsky,YuzhnoyeSDOEuropeanRepresentationinBrussels,Ukraine;

IAC-22.D2.3.1SPACERIDERMISSIONENGINEERING:CURRENTSTATUSINSUPPORTOFCRITICALDESIGNREVIEWASSESSMENTIrene Pontijas Fuentes, Deimos Space S.L., Spain

IAC-22.D2.3.2THESPACERIDERREENTRYMODULEGNCDESIGNANDDEVELOPMENTUNTILFLIGHTQUALIFICATIONJorge Cardín, SENER, Spain

IAC-22.D2.3.3INTEGRATIONOFGUIDANCESYSTEMWITHMODELREFERENCEADAPTIVECONTROLFORARE-ENTRYSPACEPLANERaja Munusamy, Hindustan University, India

IAC-22.D2.3.4HYPERVELOCITYDEMONSTRATIONMISSIONTOPREPAREEUROPEFORSAMPLERETURNANDFUTUREEXPLORATIONS(HEARTED)Jerôme Bertrand, ArianeGroup SAS, France

IAC-22.D2.3.5AMAGNETOHYDRODYNAMICENHANCEDENTRYSYSTEMFORSPACETRANSPORTATION(MEESST)Manuel La Rosa Betancourt, Neutron Star Systems UG, Germany

IAC-22.D2.3.6ASSESSMENTOFPROPULSIONSYSTEMARCHITECTURESFORGREENKICK-STAGESAlberto Sarritzu, University of Pisa, Italy

IAC-22.D2.3.7PERASTRISADASTRA–HOWARIANE’SKICKSTAGEPROPELSEUROPEINTOFUTUREIN-ORBITAPPLICATIONSTina Buechner da Costa, European Space Agency (ESA), France

IAC-22.D2.3.8PHOEBUSANARIANEGROUP&MT-ACOOPERATIONFORPREPARATIONOFANOPTIMIZEDLIGHTWEIGHTLOWCOSTFUTUREUPPERSTAGEDiana Gaulke, ArianeGroup, Germany

IAC-22.D2.3.9FLYINGQUALITIESANDMISSIONANALYSISFORTHERETURNLEGOFMESO’SLAUNCHERFIRSTSTAGEGiovanni Medici, Deimos Space SLU, Spain

IAC-22.D2.3.10PROJECTBOOMERANG:INNOVATIVEARCHITECTUREOFALIGHTWEIGHTANDMODULARRECOVERYSYSTEMFORLAUNCHERUPPERSTAGE.Frédéric FLORY, Federation Open Space Makers, France

D2.4.FutureSpaceTransportationSystems

September 20 2022, 10:15 — S06Co-Chair(s):JoséGaviraIzquierdo,EuropeanSpaceAgency(ESA),TheNetherlands;NicolasBérend,ONERA-TheFrenchAerospaceLab,France;Rapporteur(s):EmmanuelleDavid,EcolePolytechniqueFédéraledeLausanne(EPFL),Switzerland;

IAC-22.D2.4.1FAMILYOFLAUNCHERSAPPROACHVS.“BIG-SIZE-FITS-ALL”Martin Sippel, Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany

IAC-22.D2.4.2MEDIUM-TOLONG-TERMSTRATEGYFORTHERESEARCHFIELDOFSPACETRANSPORTATIONSYSTEMINISAS/JAXAShinichiro Tokudome, Japan Aerospace Exploration Agency (JAXA), ISAS, Japan

IAC-22.D2.4.3HYPERSONICCAPABILITIESANDRESEARCHACTIVITYINTHEUK&EUROPE-AREVIEWMalcolm Claus, Kingston University, United Kingdom

IAC-22.D2.4.4ANALYSISONPROPULSIONTECHNOLOGICALDEVELOPMENTSYNERGYANDAPPLICATIONSFORFUTUREBRAZILIANLAUNCHVEHICLESDanilo Sakay, Brazilian Space Agency (AEB), Brazil

IAC-22.D2.4.5CARGOANDCREWTRANSPORTATIONTOLEOANDBEYONDMarie-Christine Bernelin, Dassault Aviation, France

IAC-22.D2.4.6ASTUDYONMETHODSTOOVERCOMEGEOPOLITICALCONDITIONSFORTHEDEVELOPMENTOFKOREANTWO-STAGEREUSABLELAUNCHVEHICLEDaeban Seo, Korea Aerospace Research Institute (KARI), Korea, Republic of

IAC-22.D2.4.7FEASIBLEOPTIONSFORPOINT-TO-POINTPASSENGERTRANSPORTWITHROCKETPROPELLEDREUSABLELAUNCHVEHICLESSteffen Callsen, Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Institute of Space Systems, Germany

IAC-22.D2.4.8AERODYNAMICINTERFERENCEANDSEPARATIONANALYSESOFATWO-STAGESPACEPLANEFORSMALLSATELLITELAUNCHTsuyoshi Otsuki, Tokyo University of Science, Japan

IAC-22.D2.4.9INTERPLANETARYTRANSFERNETWORKDESIGNANDTECHNOLOGYROADMAPFORASUSTAINABLEOFF-WORLDHUMANCOMMUNITYKoldo Zuniga, Cranfield University, United Kingdom

IAC-22.D2.4.10ORBITALACCELERATOR:\\ENERGYSAVINGINFRASTRUCTUREFORINTERPLANETARYSPACETRAVELDavid Gschliesser, Austrian Space Forum, Austria

D2.5.TechnologiesforFutureSpaceTransportationSystems

September 20 2022, 15:00 — S06Co-Chair(s):MathieuCHAIZE,ArianeGroupSAS,France;LinShen,ChinaAcademyofLaunchVehicleTechnology(CALT),China;Rapporteur(s):AndreaEsposito,NorthropGrummanCorporation,Italy;AndreaJaime,IsarAerospace,Germany;

IAC-22.D2.5.1SPACECASE:DEVELOPMENTOFACOMMERCIALTESTPLATFORMFORREENTRYEXPERIMENTS.Jerôme Bertrand, ArianeGroup SAS, France

IAC-22.D2.5.2DEVELOPMENTSTATUSANDFLIGHTDEMONSTRATIONPLANOFEXPERIMENTALWINGEDROCKETWIRES#015ATTOKYOUNIVERSITYOFSCIENCEKoichi Yonemoto, Tokyo University of Science, Japan

IAC-22.D2.5.3DEVELOPMENTOFASUPERCRITICALHELIUMCRYOGENICSTORAGEFORARIANE6LAUNCHERBIANCHI SEBASTIEN, Air Liquide, France

IAC-22.D2.5.4EXPERIMENTALINVESTIGATIONOFACONTINUOUSLYCONTROLLEDPRESSURIZATIONSYSTEMFORREUSABLELAUNCHVEHICLESHuazhao Zhang, China Academy of Launch Vehicle Technology (CALT), China

IAC-22.D2.5.5ANOVELH2O2ANDPRESSURANTGASTRANSFERTECHNOLOGYFORREFUELLINGINLOWANDZEROGRAVITYENVIRONMENTSEoghan Gilleran, Delft University of Technology (TU Delft), The Netherlands

IAC-22.D2.5.6CFDANALYSISOFINTERACTIONEFFECTSBETWEENVEHICLESINFORMATIONFLIGHTFORIN-AIRCAPTURINGOFREUSABLELAUNCHERSYakut Cansev Kucukosman, von Karman Institute for Fluid Dynamics, Belgium

IAC-22.D2.5.7RETALT:DEVELOPMENTOFKEYFLIGHTDYNAMICSANDGNCTECHNOLOGIESFORREUSABLELAUNCHERSGabriele De Zaiacomo, Deimos Space S.L., Spain

IAC-22.D2.5.8ALTERNATIVEPYROTECHNICCOMPOSITIONFORREUSABLEPYROMECHANISMSGaël Le Breton, PYROALLIANCE, France

IAC-22.D2.5.9NOVELLOW-SHOCKSEPARATIONSYSTEMSFORPAYLOADFAIRINGSJakob Faber, Beyond Gravity, Switzerland

IAC-22.D2.5.10ANEWCONCEPTOFCOMPACTEND-TO-ENDPYROCHAINSINITIATORSOLUTIONINTEGRATINGSAFE&ARMMarina Guy-Chevanne, PYROALLIANCE, France

IAC-22.D2.5.11NUMERICALMODELLINGVERIFICATIONFORRE-ENTRYVEHICLESUSINGENHANCEDMHDSIMULATIONTOOLSVatsalya Sharma, KU Leuven, Belgium

D2.6.FutureSpaceTransportationSystemsVerificationandIn-FlightExperimentation

September 21 2022, 10:15 — S06Co-Chair(s):DavidE.Glass,NationalAeronauticsandSpaceAdministration(NASA),UnitedStates;ChristieMaddock,UniversityofStrathclyde,UnitedKingdom;Rapporteur(s):TetsuoHiraiwa,JapanAerospaceExplorationAgency(JAXA),Japan;AaronWeaver,NationalAeronauticsandSpaceAdministration(NASA),UnitedStates;NicoleViola,PolitecnicodiTorino,Italy;

IAC-22.D2.6.1CALLISTO:APROTOTYPEPAVINGTHEWAYFORREUSABLELAUNCHVEHICLESINEUROPEANDJAPANEtienne Dumont, Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany

IAC-22.D2.6.2(non-confirmed)DESIGNANDDEVELOPMENTOFASYSTEMDROPTESTFORTHEVALIDATIONOFSPACERIDERDESCENTANDLANDINGMISSIONPHASEGiuseppe Rufolo, CIRA Italian Aerospace Research Centre, Italy

IAC-22.D2.6.3SPADS:DESIGNANDIN-FLIGHTDEMONSTRATIONOFAPRECISIONLANDINGPARAFOILSYSTEMJorge Cardín, SENER, Spain

IAC-22.D2.6.4THEREUSABILITYFLIGHTEXPERIMENT–REFEX:AGILEAIVPROCESSESFORPROTOTYPEFLIGHTEXPERIMENTSPeter Rickmers, German Aerospace Center (DLR), Bremen, Germany

IAC-22.D2.6.5THEMISDEMONSTRATIONPROGRAMMECharles Bertorello, ArianeGroup SAS, France

IAC-22.D2.6.6FINALDESIGNSUMMARYANDHIGH-ALTITUDETESTFLIGHTPLANOFAREUSABLESUBORBITALPERUNROCKET.Marek Lubieniecki, SpaceForest, Poland

IAC-22.D2.6.7OBJECTIVESANDACHIEVEMENTSOFTHEHYPERSONICFLIGHTEXPERIMENTSTORTAli Gülhan, DLR (German Aerospace Center), Germany

IAC-22.D2.6.8DEVELOPMENTOFADVANCEDRE-ENTRYSYSTEMSBASEDONINFLATABLEHEATSHIELDSINTHEEFESTOPROJECT:PRELIMINARYIODMISSIONANDSYSTEMDEFINITIONGiuseppe Guidotti, Deimos Space SLU, Spain

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IAC-22.D2.6.10PROVIDINGAFFORDABLESPACEEXPLORATIONWITHNYX,AMODULARANDREUSABLEORBITALVEHICLE-THEEXPLORATIONCOMPANYJon Reijneveld, France

D2.7.SmallLaunchers:ConceptsandOperations

September 21 2022, 15:00 — S06Co-Chair(s):HarryA.Cikanek,NationalOceanicandAtmosphericAdministration(NOAA),UnitedStates;UlfPalmnäs,SwedishSpaceCorporation(SSC),Sweden;Rapporteur(s):FlorianRuhhammer,DeutschesZentrumfürLuft-undRaumfahrte.V.(DLR),Germany;

IAC-22.D2.7.1SMALLSATSBYTHENUMBERS2022:GROWINGSMALLSATACTIVITYANDITSIMPLICATIONSFORTHESMALLLAUNCHMARKETCarissa Christensen, Bryce Space and Technology, United States

IAC-22.D2.7.2HYIMPULSE–HYBRIDPROPULSIONBASEDSMALLLAUNCHER-UPDATESGoutham Karthikeyan, HyImpulse Technologies GmbH, Germany

IAC-22.D2.7.3HYPRSPACE:ANEWGENERATIONOFMICROLAUNCHERSBASEDONINNOVATIVEHYBRIDROCKETENGINES.Alexandre Mangeot, Hybrid Propulsion for Space (HyPr Space), France

IAC-22.D2.7.5MIURANEXTONTHEPADPablo Gallego Sanmiguel, PLD Space, United States

IAC-22.D2.7.6COMPARISONOFWINDTUNNELTESTRESULTSOFSUBORBITALSPACEPLANEFUJINWITHCFDANALYSISArash Piran, SPACE WALKER Inc., Japan

IAC-22.D2.7.7DEVELOPMENT,MANUFACTURINGANDTESTINGOFSMALLLAUNCHERSTRUCTURESFROMPORTUGALAndre Guerra, Ceiia - Centro De Engenharia, Portugal

IAC-22.D2.7.8ACOMPARATIVEANALYSISOFRECOVERYMODESFORREUSABLELAUNCHVEHICLES(RLVS)WITHANOVERVIEWOFOPTIMALTECHNOLOGIESSUPPORTINGREUSABILITYOFASMALLSATELLITELAUNCHERRaj Panchal, Cranfield University, UK, United Kingdom

IAC-22.D2.7.9APPLICATIONOFMULTIDISCIPLINARYDESIGNOPTIMIZATIONTOTHEDEVELOPMENTOFANUNMANNEDSUBORBITALSPACEPLANEBYINDUSTRY-GOVERNMENT-ACADEMIACOLLABORATIONTakahiro Fujikawa, Tokyo University of Science, Japan

IAC-22.D2.7.10STRUCTURALANALYSISFORANANOLAUNCHER’SBODYWITHANAEROSPIKENOZZLEIrving Enrique Gomez Fernandez, Mexico

D2.9-D6.2.EmergingSpaceVentures,includingSpaceLogisticsandSpaceSafetyforSustainability

September 22 2022, 13:45 — S06Co-Chair(s):AlineDecadi,EuropeanSpaceAgency(ESA),France;CharlesE.CockrellJr.,NationalAeronauticsandSpaceAdministration(NASA),UnitedStates;Rapporteur(s):MicheleCristinaSilvaMelo,BrazilianSpace

Agency(AEB),Brazil;

IAC-22.D2.9-D6.2.1TECHPOLICYINSIGHTS:ASYSTEMDYNAMICSMODEL-BASEDASSESSMENTOFTHEGROWINGNEWSPACEECOSYSTEMDaniel Erkel, Massachusetts Institute of Technology (MIT), United States

IAC-22.D2.9-D6.2.2DEVELOPMENTOFALAUNCHVEHICLESUSTAINABILITYRATINGMathieu Udriot, Ecole Polytechnique Fédérale de Lausanne (EPFL), Switzerland

IAC-22.D2.9-D6.2.3ROADMAPTOWARDAGREENERKICK-STAGEPROPULSIONSYSTEMLily Blondel-Canepari, Università di Pisa (Unipi), Italy

IAC-22.D2.9-D6.2.4THEFIRSTREUSABLESATELLITETRANSPORTATIONSYSTEMMike Vergalla, United States

IAC-22.D2.9-D6.2.5THEDEVELOPMENTOFAREFUELLINGTUGFORSERVICINGGEOSATELLITESKathleen Blyth, Absolut System, France

IAC-22.D2.9-D6.2.6COMMERCIALSOUNDINGROCKETMARKET2022Alan Webb, Commercial Space Technologies Ltd., United Kingdom

IAC-22.D2.9-D6.2.7SPACEPORTPROPOSALFORPERU:IMPACTANDECONOMICIMPORTANCEVictor Romero-Alva, Image Processing Research Laboratory (INTI-Lab). Universidad de Ciencias y Humanidades - UCH, Peru

IAC-22.D2.9-D6.2.8SPACETRAFFICMANAGEMENT;IMPROVEMENTSANDPROPOSALSFORTHESUSTAINABILITYOFSPACETOURISMFLIGHTS.Abner Plata, Instituto Tecnológico de Durango (ITD), Mexico

IAC-22.D2.9-D6.2.9EUROPEANNEWSPACEVERTICALORBITALLAUNCHER:ACHIEVEMENTSOFTHEH2020ENVOLPROJECTGianluca Liggieri, Nammo Raufoss, Norway

IAC-22.D2.9-D6.2.10STANDARDIZEDRECOVERYANDREUSESOLUTIONFORALLLAUNCHVEHICLESLAUNCHEDFROMFRENCHGUIANAAntoine Fourcade, France

D3.20thIAASYMPOSIUMONBUILDINGBLOCKSFORFUTURESPACEEXPLORATIONANDDEVELOPMENT

Coordinator(s):JohnC.Mankins,ARTEMISInnovationManagementSolutions,LLC,UnitedStates;AlainPradier,EuropeanSpaceAgency(ESA),TheNetherlands;

D3.1.Strategies&ArchitecturesastheFrameworkforFutureBuildingBlocksinSpaceExplorationandDevelopment

September 20 2022, 10:15 — E06BCo-Chair(s):JohnC.Mankins,ARTEMISInnovationManagementSolutions,LLC,UnitedStates;MariaAntoniettaPerino,ThalesAleniaSpaceItalia,Italy;Rapporteur(s):AnouckGirard,UniversityofMichigan,UnitedStates;

IAC-22.D3.1.1THEGATEWAYASABUILDINGBLOCKFORSPACEEXPLORATIONANDDEVELOPMENTEmma Lehnhardt, NASA, United States

IAC-22.D3.1.2THESPACESUPERHIGHWAY:SPACEINFRASTRUCTUREFORTHE21STCENTURYDeborah Tomek, National Aeronautics and Space Administration (NASA), United States

IAC-22.D3.1.3MININGINASTEROIDBELTANDUTILIZATIONOFIN-SITURESOURCESFOREXPLORATIONOFOUTERPLANETSBhavyashree Janardhana, Technische Universität Berlin, Germany

IAC-22.D3.1.4CONCEPTSOFSUSTAINABILITYANDSUSTAINABLEDEVELOPMENTINTHECONTEXTOFHUMANSPACEEXPLORATIONVolker Maiwald, Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany

IAC-22.D3.1.5LUNARCOMMERCEPORTFOLIO:CHARACTERISINGTHESTRUCTURE,ACTORS,ANDREVENUEPOTENTIALOFTHEEMERGINGLUNARECONOMYGidon Gautel, Moon Village Association (MVA), United Kingdom

IAC-22.D3.1.6OASIS2045:CASESTUDYOFTHEFIRSTHUMANLUNARSETTLEMENT-PROGRESSREPORTFOR2022John C. Mankins, ARTEMIS Innovation Management Solutions, LLC, United States

IAC-22.D3.1.7LUNARPOLARICEMININGCONCEPTSASSESSEDTOWARDSLONG-TERMOPERATIONALSCENARIOSINPERMANENTLYSHADOWEDREGIONSAlexander Huschke, Germany

IAC-22.D3.1.8EVALUATIONOFPHYSICALANDMECHANICALPROPERTIESOFACONGLOMERATETHROUGHEXPERIMENTALTESTINGFORFURTHERUSEINMOON-BASEDCONSTRUCTIONMorelia Soto-Garro, Universidad de Costa Rica, Costa Rica

IAC-22.D3.1.9CUBESAT-BASEDMISSIONARCHITECTUREFOROUTERPLANETEXPLORATION:URANUSCASESTUDYNicholas Florio, Space Generation Advisory Council (SGAC), United States

IAC-22.D3.1.10EXTENSIBLE,TRANSFORMATIVESPACECRAFTUSINGCUBESATSASMODULARBUILDINGBLOCKSAthip Thirupathi Raj, University of Arizona, United States

IAC-22.D3.1.11ADDITIVECONSTRUCTIONATDRAKESTATE–DEVELOPINGTHEFUTUREADVANCEDMANUFACTURINGWORKFORCE:ACOLLABORATIONBETWEENNASAMARSHALL(MSFC)ANDDRAKESTATECOMMUNITYANDTECHNICALCOLLEGETHROUGHTHEMINORITYEDUCATIONRESEARCHEDU.PROJECT.Marina Kingsbury, United States

IAC-22.D3.1.12ASTRAXLUNARCITYPROJECT2022Taiko Kawakami, ASTRAX, Inc., Japan

IAC-22.D3.1.13OFSUSTAINABLEPATHWAYSANDAPPROACHES:AMARSCOLONIZATIONROADMAPFORTHEASIA-PACIFICHarlee Quizzagan, Space Generation Advisory Council (SGAC), The Philippines

IAC-22.D3.1.14THEMOONNEEDSANINTERNATIONALLUNARRESOURCESPROSPECTINGCAMPAIGNClive Neal, University of Notre Dame, United States

D3.2A.SystemsandInfrastructurestoImplementSustainableSpaceDevelopmentandSettlement-Systems

September 20 2022, 15:00 — E06BCo-Chair(s):PaiviJukola,AaltoUniversity,Finland;GaryBarnhard,XISP-Inc,UnitedStates;JuliePatarin-Jossec,RussianAcademyofSciences,France;Rapporteur(s):ChristopherMoore,NationalAeronauticsandSpaceAdministration(NASA),UnitedStates;JunjiroOnoda,ISAS/JAXA,Japan;

IAC-22.D3.2A.1NASAENVISIONEDFUTUREPRIORITIESPLANFORINSITURESOURCEUTILIZATION(ISRU)Gerald Sanders, National Aeronautics and Space Administration (NASA), Johnson Space Center, United States

IAC-22.D3.2A.2MODULARISRUSYSTEMSASABUILDINGBLOCKFORSUSTAINABLESPACEEXPLORATIONSvenja Fälker, Dresden University of Technology (DUT) / Technische Universität Dresden, Germany

IAC-22.D3.2A.3INFRASTRUCTUREFORTHEEXPLOITATIONOFTHELUNARSURFACE:POWERANDENERGYSTORAGEJohn Scott, National Aeronautics and Space Administration (NASA), United States

IAC-22.D3.2A.4DEVELOPMENTOFACOMPREHENSIVELUNARMININGSIMULATORTOSTUDYDESIGNANDDECISION-MAKINGUNDERUNCERTAINTYLuka Malone, Imperial College London, United Kingdom

IAC-22.D3.2A.5HOWMUCHSOLARPOWERCANBEGENERATEDATTHE“PEAKSOFETERNALLIGHT”ATTHELUNARSOUTHPOLE?Amia Ross, Harvard University, United States

IAC-22.D3.2A.6INFRASTRUCTUREFORTHEEXPLOITATIONOFTHELUNARSURFACE:AUTONOMOUSEXCAVATION,CONSTRUCTION,ANDOUTFITTINGMark Hilburger, NASA, United States

IAC-22.D3.2A.7ONTHEPATHTOLUNAREDEN:ROADMAPANDDEMONSTRATORDESIGNOFALUNARGREENHOUSEBASEDONANANTARCTICPROTOTPYE.Volker Maiwald, Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany

IAC-22.D3.2A.8SUSTAINABLEMININGFORCONSTRUCTIONOFMARTIANSTRUCTURESDhanisha Sateesh, Space Generation Advisory Council (SGAC), India

IAC-22.D3.2A.9KEYSYSTEMSANDINFRASTRUCTUREENABLINGROUTINETRAVELBETWEENTHEEARTHANDTHEMOONStanley K. Borowski, United States

IAC-22.D3.2A.10CONCEPTUALDESIGNOFASUSTAINABLESMALLSATCONSTELLATIONTOENABLERELIABLELUNARCOMMUNICATIONNETWORKRicardo Gomes, Space Generation Advisory Council (SGAC), Portugal

IAC-22.D3.2A.11LUNARPOLARICEEXTRACTIONTECHNIQUESASSESSEDTOWARDSPOWERANDINFRASTRUCTUREREQUIREMENTSAlexander Huschke, Germany

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IAC-22.D3.2A.12GEOLOGICENERGYSTORAGEASSHAREDISRUANDECLSSINFRASTRUCTUREELEMENTGordon Wasilewski, Astronika, Poland

IAC-22.D3.2A.13SPACEDEBRIS:THESTOCKGEOMATERIALFORRE-UTILIZATIONANDRECYCLINGSPACEMISSIONS.Fernando Vargas Rodriguez, Cranfield University, Cranfiel UK, Mexico

D3.2B.SystemsandInfrastructurestoImplementSustainableSpaceDevelopmentandSettlement-Technologies

September 22 2022, 10:15 — E06BCo-Chair(s):AlainPradier,EuropeanSpaceAgency(ESA),TheNetherlands;ChristopherMoore,NationalAeronauticsandSpaceAdministration(NASA),UnitedStates;Rapporteur(s):AlainDupas,EuropeanBankforReconstructionandDevelopment,France;GaryBarnhard,XISP-Inc,UnitedStates;

IAC-22.D3.2B.1INSPACEMANUFACTURINGANDASSEMBLY:WEAREREADY!Christophe FIGUS, Airbus Defence and Space SAS, France

IAC-22.D3.2B.2PLATFORMFORANINSITULUNARSAMPLESPRE-ANALYSIS-PRELIMINARYCONCEPTSANDREQUIREMENTSFORAFACILITYINEUROHABSerge Chevrel, Institut de Recherche en Astrophysique et Planétologie (IRAP), France

IAC-22.D3.2B.3THE“SENSIBLE”WAYTOCONSTRUCTROBOTSFROMLUNARRESOURCESAlex Ellery, Carleton University, Space Exploration and Engineering Group, Canada

IAC-22.D3.2B.4LUNARREGOLITHBEHAVIORINVACUUMFORISRUTRANSPORTATIONANDSTORAGEJason Noe, Michigan Technological University, United States

IAC-22.D3.2B.5ANAIRLOCKCONCEPTTOLIMITTHEBIOLOGICALCONTAMINATIONOFMARSDURINGAHUMANEXPLORATIONMISSIONChristiane Heinicke, ZARM, University of Bremen, Germany

IAC-22.D3.2B.6CMG-POWEREDARTIFICIALGRAVITYANDMAGNETICLOADINGSYSTEMFORLUNARSETTLEMENTSTanishka Roy, University of Petroleum and Energy Studies, India

IAC-22.D3.2B.7CONCEPTUALDESIGNOFALIQUIDWATERSTORAGESYSTEMFORLUNARLIFESUPPORTANDEXPLORATIONTim Altorfer, ZHAW – Zurich University of Applied Sciences, Switzerland

IAC-22.D3.2B.8ESTABLISHINGDISTRIBUTEDCONTROLNETWORKSINSMARTLUNARBASESJiawei Qiu, University of Arizona, United States

IAC-22.D3.2B.9ORCHESTRATINGSYMBIOSIS:EVOLVINGAFRAMEWORKFORSHAREDCONTROLFORMISSIONOPERATIONSCONTROLAPPLICATIONSGary Barnhard, XISP-Inc, United States

IAC-22.D3.2B.10ON-ORBITSERVICING:INTERNATIONALCONSENSUSABOUTSTANDARDIZATIONOFINTERFACESVirgile Gautier, Space Generation Advisory Council (SGAC), Germany

IAC-22.D3.2B.11SUPERPRESSUREBALLOONDEPLOYABLESTRUCTUREFORTHEMOONLuciana Tenorio Carrera, Department of Engineering, The University of Tokyo, Japan

IAC-22.D3.2B.12(non-confirmed)MOLTENREGOLITHELECTROLYSIS:SYSTEMDESIGNANDVACUUMCOMPONENTTESTINGLaurent Sibille, Southeastern Universities Research Association (SURA), United States

IAC-22.D3.2B.13HORIZONTALCONSTRUCTIONONTHEMOONUSINGREGOLITHCOMPACTIONGordon Wasilewski, Astronika, Poland

D3.3.SpaceTechnologyandSystemManagementPracticesandTools

September 22 2022, 13:45 — E06BCo-Chair(s):JohnC.Mankins,ARTEMISInnovationManagementSolutions,LLC,UnitedStates;PaiviJukola,AaltoUniversity,Finland;Rapporteur(s):MariaAntoniettaPerino,ThalesAleniaSpaceItalia,Italy;

IAC-22.D3.3.1TAKINGAGILETOSPACE:MODERNIZEDPROCESSESANDARCHITECTURESFORAVIONICSDEVELOPMENTSepand Dyanatkar, University of British Columbia, Canada

IAC-22.D3.3.2WAYSFORMANAGINGUNCERTAINTIESFORANAGILESPACEPROGRAMMANAGEMENTSultan Al Zeidi, United Arab Emirates Space Agency, United Arab Emirates

IAC-22.D3.3.3THEOUTERSPACETREATYANDTHENEEDFORMINIMUMINTERNATIONALSTANDARDSREGULATINGMARTIANANDLUNARSETTLEMENTSGeorge Anthony Long, United States

IAC-22.D3.3.4MODULARMECHATRONICSINFRASTRUCTUREFORROBOTICPLANETARYEXPLORATIONASSETSINAFIELDOPERATIONSCENARIOAndre Fonseca Prince, German Aerospace Center (DLR), Germany

IAC-22.D3.3.5ADOPTINGMODULAROPENSYSTEMSAPPROACHESTOENSUREINTEROPERABILITYFORLUNAREXPLORATIONJames Mastandrea, Johns Hopkins University Applied Physics Laboratory, United States

IAC-22.D3.3.6MINIATUREAUTONOMOUSMOBILEROBOTS(MAMRS)FORSPACEEXPLORATIONUSINGSWARMINTELLIGENCE(SI)ALGORITHM.Priyanshu Jindal, University of Petroleum and Energy Studies, India

IAC-22.D3.3.7APPLICATIONSANDDATAREQUIREMENTSFORDIGITALTWIN-ENABLEDDIAGNOSISANDPROGNOSISSYSTEMFORSPACEHABITATSYu Hou, Carnegie Mellon University, United States

IAC-22.D3.3.8THEUNITEDARABEMIRATESNEXT50YEARSOFSPACEEXPLORATIONIlias Fernini, Sharjah Academy for Astronomy, Space Sciences and Technology (SAASST), United Arab Emirates

IAC-22.D3.3.9CIRCULARECONOMY,ITSAPPLICATIONINTHEAEROSPACESECTORDaniela Fernanda González Chávez, Universidad Nacional Autónoma de México (UNAM), Mexico

IAC-22.D3.3.10AMILITARYMEDICALSUPPORTFRAMEWORKFORTHESUSTAINMENTOFTHESPACEDOMAINJacopo Frassini, NATO Centre of Excellence for Military Medicine, Italy

IAC-22.D3.3.11CREATINGGLOBALDIGITALTWINSTOIMPROVEAIRQUALITYANDCOVIDOUTCOMESJeanne Holm, City of Los Angeles, United States

IAC-22.D3.3.12ABSTRACT2,ISSINTERVIEWPaivi Jukola, Aalto University, Finland

IAC-22.D3.3.13ARTIFICIALINTELLIGENCEBASEDFDIRTECHNIQUESSETGROUNDFORMOREAUTONOMOUSSPACEMISSIONS–SWOTANALYSISONUR TARAKÇIOĞLU, TAI - Turkish Aerospace Industries, Inc., Turkey

D4.20thIAASYMPOSIUMONVISIONSANDSTRATEGIESFORTHEFUTURE

Coordinator(s):GiuseppeReibaldi,MoonVillageAssociation(MVA),Austria;YuLu,ChinaAcademyofLaunchVehicleTechnology,China,China;

D4.1.InnovativeConceptsandTechnologies

September 18 2022, 15:15 — E06BCo-Chair(s):BernadetteJoyDetera,MoonVillageAssociation(MVA),Japan;TimothyCichan,LockheedMartinCorporation,UnitedStates;Rapporteur(s):XiaoweiWANG,ChinaAcademyofLaunchVehicleTechnology(CALT),China;

IAC-22.D4.1.1DISCOVERER:FINALRESULTSANDOUTCOMESPeter C.E. Roberts, The University of Manchester, United Kingdom

IAC-22.D4.1.2COLMENAMICRO-ROVERSFORLUNAREXPLORATION:APROOFOFCONCEPTGustavo Medina Tanco, Universidad Nacional Autónoma de México (UNAM), Mexico

IAC-22.D4.1.5POTENTIALOFLOW-TEMPERATUREPLASMAINGAMMA-RAYSHIELDINGINTHEANTIMATTERPROPULSIONSYSTEMPrince Kumar, India

IAC-22.D4.1.6CONTROLLINGWEATHERUSINGANOVELSWARMSATELLITENETWORKKrishna Kumar, Ryerson University, Canada

IAC-22.D4.1.7REUSABLESATELLITESWITHANADVANCERE-ENTRYMECHANISMAnumadhubala Rajakumari, ASTROPHYSICAST, India

IAC-22.D4.1.8DESIGNANDDEVELOPMENTOFMULTI-MANEUVERINGSATELLITESYSTEMFORGASPLANETSANDTHEIRMOONSSumedh Deshpande, Spaceonova, India

IAC-22.D4.1.9ANALYSISANDOPTIMIZATIONOFANETWORKOFORBITALSTATIONSFORMOMENTUMEXCHANGETRANSFERSJuan José García Ortiz, University Carlos III of Madrid, Spain

IAC-22.D4.1.10ASTRAXSOLARSYSTEMECONOMICBLOCCONCEPTUSINGNFTANDMETAVERSETECHNOLOGIESTaichi Yamazaki, ASTRAX, Inc., Japan

IAC-22.D4.1.11ADOPTIONOFDISTRIBUTEDLEDGERTECHNOLOGY(DLT)INTHESUSTAINABLESPACEINDUSTRY:FINANCE,LEGAL,SECURITY&LOGISTICSMarcelo Boldt, DLR (German Aerospace Center), Germany

IAC-22.D4.1.12ADVANCEMENTSINLASERPROPULSIONFORRELATIVISTICLIGHTSAILMISSIONSWesley Green, Breakthrough Initiatives, United States

IAC-22.D4.1.13UTILIZINGINTEGRATEDSYSTEMSTOUPGRADEHUMANOIDSFORUSEINSPACERohan Gharate, India

D4.2.ContributionofMoonVillagetoSolvingGlobalSocietalIssues

September 19 2022, 10:15 — E06BCo-Chair(s):GiuseppeReibaldi,MoonVillageAssociation(MVA),Austria;NasrAl-Sahhaf,MoonVillageAssociation(MVA),SaudiArabia;Rapporteur(s):BernadetteJoyDetera,MoonVillageAssociation(MVA),Japan;

IAC-22.D4.2.1THEFIRSTINTERNATIONALMOONDAYANDITSCONTRIBUTIONTOPEACEFULLUNAREXPLORATIONANDUTULISATIONGiuseppe Reibaldi, Moon Village Association (MVA), Austria

IAC-22.D4.2.2THEPROMISESANDPERILSOFLEVERAGINGBLOCKCHAINFORTHEFUTUREOFMOONGOVERNANCEIoana Bratu, Vrije Universiteit Amsterdam, The Netherlands

IAC-22.D4.2.3EMERGINGSPACECOUNTRIESANDTHEFUTUREOFLUNAREXPLORATIONGhanim Alotaibi, Kuwait

IAC-22.D4.2.4PROPOSALOFACAPACITYBUILDINGROADMAPTOINTEGRATEMEXICOINTHEGLOBALEFFORTSFORTHEMOONEXPLORATIONUNDERTHEFRAMEWORKOFTHEMOONVILLAGEASSOCIATIONANDITSBENEFITSFOROTHERLATIN-AMERICANCOUNTRIES.Juan Carlos Mariscal, Dereum Labs S.A. de C.V., Mexico

IAC-22.D4.2.5SPACE-BASEDGEOENGINEERINGFROMLUNARRESOURCESAlex Ellery, Carleton University, Space Exploration and Engineering Group, Canada

IAC-22.D4.2.6DEVELOPMENTOFAREAL-LIFE(ANALOG)ASTRAXLUNARCITYCONSTRUCTIONPROJECTINJAPANTaichi Yamazaki, ASTRAX, Inc., Japan

IAC-22.D4.2.7LARGE-SCALETHERMALMININGOFLUNARICES:MITIGATIONOFPRODUCTIONDECLINEGordon Wasilewski, Astronika, Poland

IAC-22.D4.2.8SERVICEOFENTERTAINMENTARCADEONMARSORTHEMOONYoshiaki Kurihara, Malaysia

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IAC-22.D4.2.9INITIATIVETOIMPROVEANALOGSPACEMISSIONPROJECTS.Karla Fabiola Mayo Sánchez, Facultad de Ingeniería-UNAM, Mexico

IAC-22.D4.2.10ESTABLISHMENTANDDEVELOPMENTOFALUNARCOMMUNITYANDACTIVITYSPACEBYCHILDRENFORCHILDRENHaruto Kurono, Japan

IAC-22.D4.2.11AEROPONICSRICE:STAPLEALTERNATIVETOMOONINHABITANTSCatherine Raisa Kimberly P. Mandigma, Space Generation Advisory Council (SGAC), The Philippines

IAC-22.D4.2.12ONEFISH,TWOFISH,MOONFISHGary Hlusko, United States

IAC-22.D4.2.13PROMOMOONINITIATIVE:CAPACITY-BUILDINGACTIVITYFORNEWSPACEMARKETDEVELOPMENTONLUNARTECHNOLOGIESBernadette Joy Detera, Moon Village Association (MVA), Japan

D4.3.ModernDaySpaceElevatorsEnteringDevelopment

September 19 2022, 15:00 — E06BCo-Chair(s):PeterSwan,InternationalSpaceElevatorConsortium,UnitedStates;YojiIshikawa,ObayashiCorporation,Japan;Rapporteur(s):FumihiroInoue,ShonanInstituteofTechnology,Japan;

IAC-22.D4.3.1KEYNOTE:SPACEELEVATORSASATRANSFORMATIONALLEAPFORHUMANMOVEMENTOFF-PLANETPeter Swan, International Space Elevator Consortium, United States

IAC-22.D4.3.2SPACEELEVATORSFORRESOURCEUTILIZATIONINTHESOLARSYSTEMYoji Ishikawa, Obayashi Corporation, Japan

IAC-22.D4.3.3DUALSPACEACCESS:ANEVOLUTIONARYSTEPTOWARDSHUMANKIND’SMOVEMENTOFF-PLANETJerry Eddy, International Space Elevator Consortium (ISEC), United States

IAC-22.D4.3.4SPACEELEVATORTETHERMATERIALS:ANOVERVIEWOFTHECURRENTCANDIDATESAdrian Nixon, United Kingdom

IAC-22.D4.3.5(non-confirmed)EFFECTIVENESSOFUTILIZINGMARINEWARRANTYSURVEYFOROPERATIONSINMARINENODEOFSPACEELEVATORSYSTEMTakeyuki Fukazawa, Japan

IAC-22.D4.3.6ACTIVECURVATURECONTROLFORTHEMULTI-STAGESPACEELEVATORJohn Knapman, International Space Elevator Consortium, United Kingdom

IAC-22.D4.3.7(non-confirmed)DESIGNAGREENCORRIDORSPACEELEVATORFORCARGOTRANSPORTINTOSPACEWITHRE-USABILITYCAPABILITIES.AMIT BHOYAR, Politecnico di Torino, India

IAC-22.D4.3.8SPACEELEVATORCLIMBERDYNAMICSANALYSISANDCLIMBFREQUENCYOPTIMISATIONPeter Robinson, International Space Elevator Consortium, United Kingdom

IAC-22.D4.3.9SPACEELEVATORTRANSPORTATIONSYSTEMDEVELOPMENTENABLESMANYMISSIONS.Michael Fitzgerald, International Space Elevator Consortium, United States

IAC-22.D4.3.10THESTUDYOFDIRECT,PLANETARYINSERTIONORBITSFROMSPACEELEVATORSGene Luevano, Arizona State University, United States

IAC-22.D4.3.11DEVELOPMENTANDEXPERIMENTALSTUDYOFHYBRIDDRIVECLIMBERFORSPACEELEVATORTOBEAPPLIEDINSPACEENVIRONMENTFumihiro Inoue, Shonan Institute of Technology, Japan

IAC-22.D4.3.12CISLUNARORBITALTRANSPORTATIONSTUDYOFSPACEELEVATORAPEXANCHORRELEASESDaniel Griffin, Royal Institute of Technology (KTH), Sweden

IAC-22.D4.3.13STRATEGIESFORNON-PLANARCONFIGURATIONSOFGEOSTATIONARYTETHEREDCOLLECTINGSOLARPOWERSATELLITESYSTEMSFrancisco Salazar, National Institute for Space Research - INPE, Brazil

IAC-22.D4.3.14HEXAGONALPRISMSSTRUCTUREFORTETHERUSEDFORSPACEELEVATOR.Abhishek Singh, National Space Society (USA) -Mumbai chapter, India

IAC-22.D4.3.15SPACEELEVATORTETHERATMOSPHERICWINDLOADINGANDACABLELIFTCONCEPTPeter Robinson, International Space Elevator Consortium, United Kingdom

IAC-22.D4.3.16(non-confirmed)LOOPEDPARTIALSPACEELEVATORWITHMULTIPLECLIMBERS–CONCEPTSTUDYGeorge Zhu, York University, Canada

D4.4.StrategiesforRapidImplementationofInterstellarMissions:PrecursorsandBeyond

September 21 2022, 10:15 — E06BCo-Chair(s):MaeJemison,100YearStarship,UnitedStates;GiancarloGenta,PolitecnicodiTorino,Italy;Rapporteur(s):PeterSwan,InternationalSpaceElevatorConsortium,UnitedStates;

IAC-22.D4.4.110%:THEFIRST10YEARSOFTHE100YEARSTARSHIP™Jason Batt, 100 Year Starship, United States

IAC-22.D4.4.2CASESTUDYOFAMISSIONTOEPSILONERIDANI:UNMANNEDINTERSTELLARPROBEUSINGGASCORENUCLEARREACTORSWITHEARLY21STCENTURYTECHNOLOGYUgur Drguven, UN CSSTEAP, United Kingdom

IAC-22.D4.4.3ADVANCEDELECTRICPROPULSIONCONCEPTSFORFASTMISSIONSTOTHEOUTERSOLARSYSTEMANDBEYONDAngelo Genovese, Initiative for Interstellar Studies, Germany

IAC-22.D4.4.4STELLA:EUROPE’SCONTRIBUTIONTOANASAINTERSTELLARPROBEStanislav Barabash, Swedish Institute of Space Physics, Sweden

IAC-22.D4.4.5PERFORMANCEMAPFORLASER-ACCELERATEDSAILCRAFTMISSIONSKevin Parkin, Breakthrough Initiatives, United States

IAC-22.D4.4.6TRANSFORMATIONALRELEASEOFSCIENTIFICPAYLOADSFROMTHEAPEXANCHOR-ANYSIZE,EVERYDAY,ANYWHEREPeter Swan, International Space Elevator Consortium, United States

IAC-22.D4.4.7THEEFFECTSOFTHETIMELINEEXPANSEOFCURRENTTECHNOLOGYVERSUSPROJECTEDTECHNOLOGYONTHEROADMAPTOTHESTARSAntoine Faddoul, Tony Sky Designs Group, United States

IAC-22.D4.4.8(non-confirmed)ESTABLISHING“GSO”FORTHEADVANCEMENTANDRAPIDITYINSPACEMISSIONRohan Gharate, India

IAC-22.D4.4.9THEPRAGMATICINTERSTELLARPROBESTUDY:RESULTSRalph L. McNutt, Jr., The John Hopkins University, United States

IAC-22.D4.4.10STELLASCIENCEFORINTERSTELLARPROBERobert F. Wimmer-Schweingruber, University of Kiel, Germany

IAC-22.D4.4.11THEPRAGMATICINTERSTELLARPROBESTUDY:THEEVOLUTIONARYJOURNEYOFOURHABITABLEASTROSPHEREPontus Brandt, Johns Hopkins University Applied Physics Laboratory, United States

IAC-22.D4.4.12ANEXPLORATORYANALYSISONTHEPOSSIBILITYOFANTIMATTERINTHEFUTURESPACEPROPULSIONFORINTERSTELLARMEDIUM.Adwait Sidhana, University of Petroleum and Energy Studies, India

D4.5.SpaceResources,theEnableroftheEarth-MoonEconosphere

September 21 2022, 15:00 — E06BCo-Chair(s):RogerX.Lenard,LPS,UnitedStates;MarkSundhal,ClevelandStateUniversity,;Rapporteur(s):PeterSwan,InternationalSpaceElevatorConsortium,UnitedStates;

IAC-22.D4.5.1THEMOONASANEFFECTIVEPROPELLANTSOURCE:ACOMPREHENSIVEEXERGYANALYSISFROMEXTRACTIONTODEPOTMaxi Mira Gallbrecht, ESTEC, European Space Agency, Germany

IAC-22.D4.5.2TOP5LESSONSFORSPACEFROMTHESHALEREVOLUTIONLee Steinke, CisLunar Industries, United States

IAC-22.D4.5.3GEOMECHANICSONTHEMOON.APROSPECTINGMISSIONARCHITECTURECONCEPTClairet Guerra, Colorado School of Mines, Germany

IAC-22.D4.5.4HOWTOFINANCEASPACEMININGOPERATIONONTHEMOONANDNEAREARTHASTEROIDSBYZEPHYRD.BENTONZephyr Benton, self, United States

IAC-22.D4.5.5ARAMISPROJECT-DESIGNFRAMEWORKOFANADVANCEDREUSABLEAUTONOMOUSMOONICESHUTTLEALLOWINGWATER-BASEDPROPELLANTIN-(GEO)ORBITSUPPLYJeremy Aubert, ISAE-Supaero University of Toulouse, France

IAC-22.D4.5.6NEURALCOMPUTATIONALARCHITECTUREFROMIN-SITURESOURCESFORPLANETARYEXPLORATIONAlex Ellery, Carleton University, Space Exploration and Engineering Group, Canada

IAC-22.D4.5.7MISSIONANALYSISFORRETRIEVINGNEAR-EARTHASTEROIDSRESOURCESFROMLUNARORBITSRuida Xie, UNSW Australia, Australia

IAC-22.D4.5.8PROPELLANTANDCAPITALEFFICIENTTRANS-MARSINJECTIONSUSINGLUNARPROPELLANTNicholas Bennett, University of New South Wales, Australia

IAC-22.D4.5.9QUANTIFYINGTHEEMISSIONSPERKGMASSRETURNEDFROMANASTEROIDMININGMISSIONBenjamin Ritchie, The University of Sydney, Australia

IAC-22.D4.5.10ROBOTICMISSIONDESIGNFORPRELIMINARYMINERALEXPLORATIONINTHEPERIPHERALLUNARPERMANENTLYSHADOWEDREGIONSIan Bartlett, UNSW Australia, Australia

IAC-22.D4.5.11INTHESEARCHFORIMPROVEMENTSINSPACEMININGINTERNATIONALREGULATION:ANANALOGYWITHOTHERREGIMESMiraslava Kazlouskaya, Space Generation Advisory Council (SGAC), Belarus

IAC-22.D4.5.12REVISITINGTHEHIGHFRONTIER:HOWSPACERESOURCESCANHELPREVERSEGLOBALWARMINGElizabeth Scott, Colorado School of Mines, United States

IAC-22.D4.5.14ASTEROIDMININGFORNEODYMIUMANDOTHERTRIVALENTRAREEARTHMETALSMaanyash Jain, India

D5.55thIAASYMPOSIUMONSAFETY,QUALITYANDKNOWLEDGEMANAGEMENTINSPACEACTIVITIES

Coordinator(s):JeanneHolm,CityofLosAngeles,UnitedStates;RobertaMugellesi-Dow,EuropeanSpaceAgency(ESA),UnitedKingdom;

D5.1.QualityandSafety,achallengeforallinSpace

September 19 2022, 10:15 — W01Co-Chair(s):ManolaRomero,3AF,France;AlexanderS.Filatyev,LomonosovMoscowStateUniversity,RussianFederation;Rapporteur(s):KaitlynHolm,UniversityofPennsylvania,UnitedStates;

IAC-22.D5.1.1ATICA:MBSA-MODELBASEDSAFETYANALYSISAPPROACHFORAEROSPACESYSTEMSPablo de la Cruz, Anzen Engineering, Spain

IAC-22.D5.1.2RAMSANALYSESINTERDEPENDENCIESWITHFDIRANDSYSTEMENGINEERINGSilvana Radu, European Space Agency (ESA-ESTEC), The Netherlands

IAC-22.D5.1.3MANAGINGANINTUITIVERISKASSESSMENTTOOLFORFUTURESPACEMISSIONS:THERISKCUBECONCEPTAntonio Del Mastro, Mars Planet, Italy

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IAC-22.D5.1.5UTILIZINGANENVIRONMENTSIMULATIONTOHELPSMALLSATELLITESOFTWAREDEVELOPMENTTEAMSATTHEEXAMPLEOFSALSATPhilipp Wüstenberg, TU Berlin, Germany

IAC-22.D5.1.6(non-confirmed)ACHIEVINGHIGHRELIABILITYWITHHIGHCONFIDENCEFORDEEPSPACESYSTEMSHarry Jones, NASA Ames Research Center, United States

IAC-22.D5.1.7STARSHIPLOXUSEFORRADIATIONMITIGATION(SLURM)Natausha Chohan, Nexus Aurora, United States

IAC-22.D5.1.8ORGANISATIONALDEVELOPMENTFORAHIGH-RISKENVIRONMENT:THECASEOFAGEOSTATIONARYSPACESTATIONMatjaz Vidmar, The University of Edinburgh, United Kingdom

IAC-22.D5.1.9DEVELOPINGACORPORATERESPONSIBILITYANDSUSTAINABILITYPOLICYFORTHEEUROPEANUNIONSPACEPROGRAMMEAGENCYChristina Giannopapa, European Union Agency for the Space Programme (EUSPA), Czech Republic

IAC-22.D5.1.10ASUPPLYCHAINCOLLABORATION-BASEDMODELFORTHEREFORMEDSPACESECTORECONOMYININDIAAnshika Sahu, Indian Space Research Organization (ISRO), Liquid Propulsion Systems Centre (LPSC), India

D5.2.Knowledgemanagementinthedigitaltrasformation

September 20 2022, 10:15 — W01Co-Chair(s):RobertaMugellesi-Dow,EuropeanSpaceAgency(ESA),UnitedKingdom;PatrickHambloch,ThePlanetarySociety,Germany;Rapporteur(s):DanielGalarreta,CentreNationald’EtudesSpatiales(CNES),France;JeanneHolm,CityofLosAngeles,UnitedStates;

IAC-22.D5.2.1KMFORINNOVATION:DESIGNINGINNOVATIVECONCEPTSFROMDATADaniel Galarreta, Centre National d’Etudes Spatiales (CNES), France

IAC-22.D5.2.2SPACEINFORMATIONSHARINGECOSYSTEMS:DIGITALKNOWLEDGEMANAGEMENTINOPERATIONALAWARENESSHarvey Reed, The MITRE Corporation, United States

IAC-22.D5.2.3FROMINFORMATIONTOKNOWLEDGEANDBACKAGAIN:HOWNASALIBRARIESANDKNOWLEDGEMANAGEMENTWORKTOGETHERFORTHEADVANCEMENTOFSPACESCIENCECaroline Coward, NASA Jet Propulsion Laboratory, United States

IAC-22.D5.2.4INCORPORATINGKNOWLEDGEMANAGEMENTPRACTICESINTHEINTERDISCIPLINARYCOLLABORATIONBETWEENTHESPACEINDUSTRYANDARCHAEOLOGYKaitlyn Holm, University of Pennsylvania, United States

IAC-22.D5.2.5AIDA–ANTENNASDIAGNOSTICSENHANCEMENTBYCOMBINEDUSEOFAIANDEXPERTS’KNOWLEDGEChiara Brighenti, S.A.T.E., Italy

IAC-22.D5.2.6CONNECTINGGLOBALSPACEEXPERTSTODEVELOPINGSPACEPROGRAMSANDCOUNTRIESJeanne Holm, City of Los Angeles, United States

IAC-22.D5.2.7ARTIFICIALINTELLIGENCEDATAAUGMENTATIONFORTHEBENEFITOFCITIZEN’SHEALTHMarie Laure Gouzy, MEDES - IMPS, France

IAC-22.D5.2.8ASTROSQUAD:BUILDINGBLOCKSFORTHEDEVELOPMENTOFANASTRONAUTICS&SPACEQUESTION-ANSWERINGDATASETTOBENCHMARKMACHINECOMPREHENSIONOFTEXTPatrick Fleith, Solenix GmbH, Germany

IAC-22.D5.2.9APPLICABILITYOFKNOWLEDGEMARKETMODELRoberta Mugellesi-Dow, European Space Agency (ESA), United Kingdom

IAC-22.D5.2.10DIGITALCOLLABORATIVESERVICESANDTOOLSFORTHEAERONAUTICSANDSPACESECTORBirgit Suhr, DLR (German Aerospace Center), Germany

IAC-22.D5.2.11DIGITALHEALTHEARTHFORCOVID-19:SIMULATINGPANDEMICEMERGENCYPLANBYOPENDATAFROMSPACEAPPLICATIONSFederico Monaco, Università degli Studi di Parma, Italy

IAC-22.D5.2.12LEVERAGINGONOPENSOURCEDATAANDMACHINELEARNINGTOMODELURBANGROWTHPeter Okello, Kenya Space Agency, Kenya

IAC-22.D5.2.13ANEXAMINATIONOFINCENTIVESFORINFORMATIONSHARINGTOACCOMPLISHTRANSPARENTSPACEACTIVITIESANDRESPONSIBLECONJUNCTIONAVOIDANCEAiden O’Leary, Orbit Fab, United States

D5.3.Prediction,Testing,MeasurementandEffectsofspaceenvironmentonspacemissions

September 21 2022, 10:15 — W01Co-Chair(s):MENGUCHO,KyushuInstituteofTechnology,Japan;HenrydePlinval,OfficeNationald’EtudesetdeRecherchesAérospatiales(ONERA),France;Rapporteur(s):CarlosSoares,NASAJetPropulsionLaboratory,UnitedStates;TeppeiOkumura,JapanAerospaceExplorationAgency(JAXA),Japan;

IAC-22.D5.3.1NEWINSIGHTINTOHALOCORONALMASSEJECTIONSTOIMPROVESPACEWEATHERFORECASTINGCAPABILITIESRyun Young Kwon, Korea, Republic of

IAC-22.D5.3.3AREVIEWONPLANETARYAURORASANDITSCAUSEINSOLARSYSTEMAkansha Raman, University of Petroleum and Energy Studies, India

IAC-22.D5.3.4CRITICALPLASMAENVIRONMENTFORDEBRISCAPTURINGOPERATIONINAURORALOVALTeppei Okumura, Japan Aerospace Exploration Agency (JAXA), Japan

IAC-22.D5.3.5DUALSATELLITESYSTEMANDMISSIONARCHITECTUREDESIGNANDVALIDATIONFOROPERATIONALSTUDIESOFEARTH’SVANALLENBELTSAbhay Kaushik Nudurupati, University of Petroleum and Energy Studies, India

IAC-22.D5.3.6COMPARATIVESTUDYOFRADIATIONONEUROPAORBITERANDFLY-BYMISSIONSRaj Khismatrao, University of Petroleum and Energy Studies, India

IAC-22.D5.3.7VISION-AMODULARPLATFORMFORRADIATIONENVIRONMENTMAPPINGINLOWEARTHORBITAntoine ARVEILLER, French Guiana

IAC-22.D5.3.8ASSESSINGTHESPACEENVIRONMENTANDITSEFFECTSONSPACEMISSIONSWITHSPENVISErwin De Donder, Belgian Institute for Space Aeronomy (BISA), Belgium

IAC-22.D5.3.9DEVELOPMENTOFACOMPREHENSIVEPHYSICS-BASEDMODELFORSTUDYOFNASAGATEWAYLUNARDUSTCONTAMINATIONRonald Lee, Booz Allen Hamilton, United States

IAC-22.D5.3.10ROBUSTNESSEVALUATIONOF850NMGAAS4CHANNELVCSELSFORSPACEAPPLICATIONSYannick Deshayes, CNRS, France

IAC-22.D5.3.11THESPACERADIATIONMONITORING&PROTECTIONSYSTEMRADPROTAttila Hirn, Hungary

IAC-22.D5.3.12DETECTIONOFCOSMICRADIATIONINTENSITYUSINGTHEGEIGERCOUNTERANDPHOTOSENSITIVERADIATIONSENSORSChinmai S Shivaru, R V College of Engineering, Bengaluru, India

D5.4.Cybersecurityinspacesystems,risksandcountermeasures

September 22 2022, 10:15 — W07Co-Chair(s):JulienAiraud,CentreNationald’EtudesSpatiales(CNES),France;StefanoZatti,UniversityofRome“LaSapienza”,Italy;Rapporteur(s):LaurenceDuquerroy,EuropeanSpaceAgency(ESA),TheNetherlands;

IAC-22.D5.4.1CYBERVULNERABILITIESANDRISKSOFAITECHNOLOGIESINSPACEAPPLICATIONSPaola Breda, HyImpulse Technologies GmbH, Germany

IAC-22.D5.4.2AISYSTEMSTOENSURECYBERSECURITYINSPACENebile Pelin MANTI, Space Generation Advisory Council (SGAC), Turkey

IAC-22.D5.4.3CYBERSECURITYCHALLENGESANDCONSTRAINTSONLAUNCHANDSPACEOPERATIONSJulien Airaud, Centre National d’Etudes Spatiales (CNES), France

IAC-22.D5.4.4IMPROVINGICECUBESSECURITYRESILIENCEWITH7SHIELDMathieu Schmitt, Space Applications Services, Belgium

IAC-22.D5.4.5SECURESYSTEMSENGINEERINGFRAMEWORKFORSPACEMISSIONSMarcus Wallum, ESA - European Space Agency, Germany

IAC-22.D5.4.6MANAGETHECOGNITIVECYBERSECURITYINSPACE:HOWTOUNDERSTANDTHEDATAJamel Metmati, THALES Services, France

IAC-22.D5.4.7UNDERSTANDINGSPACEVULNERABILITIES:DEVELOPINGTECHNICALANDLEGALFRAMEWORKSFORAIANDCYBERSECURITYINTHESPATIALFIELDAntonio Carlo, Tallinn University of Technology, Estonia

IAC-22.D5.4.8THEOUTERSPACEREGIMECOMPLEX:WHERECYBERSPACEMEETSOUTERSPACELauren Napier, Northumbria University, United Kingdom

IAC-22.D5.4.9SECUREBEFORELAUNCH:SATELLITESECURITYGUIDELINESVULNERABILITIESCONCERNSFORSPACEMISSIONSWichayada Chamnansil, Chulalongkorn University, Thailand

D6.IAFSYMPOSIUMONCOMMERCIALSPACEFLIGHTSAFETYISSUES

Coordinator(s):Jean-BrunoMarciacq,JBMAerospace,Germany;FrancescoSantoro,AltecS.p.A.,Italy;

D6.1.CommercialSpaceflightSafetyandEmergingIssues

September 19 2022, 10:15 — W07Co-Chair(s):JohnSloan,FederalAviationAdministrationOfficeofCommercialSpaceTransportation(FAA/AST),UnitedStates;FrancescoSantoro,AltecS.p.A.,Italy;Rapporteur(s):GennaroRusso,CampaniaAerospaceDistrict,DAC,Italy;

IAC-22.D6.1.1COMMERCIALSPACEFLIGHTSAFETYANDEMERGINGISSUESTakafumi Fukuzawa, Embry-Riddle Aeronautical University, United States

IAC-22.D6.1.2INTEROPERABLEDATAEXCHANGEFORSAFEANDEFFICIENTLAUNCHANDRE-ENTRYOPERATIONSINANINTERNATIONALENVIRONMENTSven Kaltenhaeuser, DLR, German Aerospace Center, Germany

IAC-22.D6.1.3ANEWAPPROACHTOACCELERATINGCONVERGENCEONRANGESAFETYANALYSISISOPLETHSScott Schneider, Australia

IAC-22.D6.1.4CHARTINGTHECOURSE:DEFININGPARAMETERSFORCOMMERCIALSPACEFLIGHTSAFETYINVESTIGATIONSSara Langston, Embry-Riddle Aeronautical University, United States

IAC-22.D6.1.5SAFETYSTANDARDSFORLAUNCHANDRE-ENTRYOPERATIONS:OVERVIEWOFCURRENTRISKMANAGEMENTPOLICIESINDIFFERENTCOUNTRIESANDINDUSTRIESTobias Rabus, DLR (German Aerospace Center), Germany

IAC-22.D6.1.6FROMYACHTSTOSPACECRAFT:LEGALASPECTSOFSPACETOURISMVENTURESINCOMPARISONWITHTHELEGALREGIMEGOVERNINGMARINETOURISMNiki Giannakou, National and Kapodistrian University Of Athens, Greece

IAC-22.D6.1.7PRE-FLIGHTMEDICALPOLICYFORSPACEFLIGHTPARTICIPANTSINSUBORBITALFLIGHTSSakurako Kuba, Embry-Riddle Aeronautical University, United States

IAC-22.D6.1.8PHOTOGRAPHYSERVICESANDTECHNIQUESREQUIREDFORSPACETRAVELChikako Murayama, Japan

IAC-22.D6.1.9EXPLOSIONANDFIRERISKASSESSMENTINSPACELAUNCHPADCOMPLEXEun Sang Jung, Pusan National University, Korea, Republic of

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IAC-22.D6.1.10THEBLUEABYSSCOMMERCIALASTRONAUTTRAININGCENTRE:ENABLINGSPACEFLIGHTPARTICIPANTSTOFLYSAFELYVladimir Pletser, Blue Abyss, United Kingdom

D6.3.Enablingsafecommercialspaceflight:vehiclesandspaceports

September 20 2022, 10:15 — W07Co-Chair(s):JohnSloan,FederalAviationAdministrationOfficeofCommercialSpaceTransportation(FAA/AST),UnitedStates;FrancescoSantoro,AltecS.p.A.,Italy;Rapporteur(s):GennaroRusso,CampaniaAerospaceDistrict,DAC,Italy;

IAC-22.D6.3.1SPACEPORTISRAEL-CREATINGEASTMEDITERRANEANSPACEPORTAlex Orlovsky, Israel

IAC-22.D6.3.2INTHEAIRASINTHESEA:CONSOLIDATINGRISKMANAGEMENTSTRATEGIESOFMARITIMETRAFFICANDAIRSPACETRAFFICDURINGLAUNCHFACILITYOPERATIONSScott Schneider, Australia

IAC-22.D6.3.3IMPLEMENTINGSPACEPORTINNOVATIVECAPABILITIESTOACQUAINTANDPREPAREFUTURESPACETRAVELERSTHROUGHENHANCED,FULLYIMMERSIVEEXPERIENCEAlessandra Bonavina, NEXT ONE FILM GROUP Srl, Italy

IAC-22.D6.3.4THEDEVELOPMENTANDBENEFITSOFTHEWHALERSWAYORBITALLAUNCHCOMPLEX:ALAUNCHSITEDEDICATEDTOHIGHCADENCEOPERATIONSTOHIGHINCLINATIONORBITSScott Schneider, Australia

IAC-22.D6.3.5ESTABLISHINGTHEREQUIREMENTSFORSAFEROCKETLAUNCHESWITHRESPECTTOWEATHERDavid Muresan, Concordia University, Canada

IAC-22.D6.3.6MALAYSIAASASEANFIRSTSPACEPORT:THEPRINCIPLEOFITSURGENCYHAZARIAH MOHD NOH, Malaysia

IAC-22.D6.3.7FEASIBILITYANALYSISOFASPACEPORTINMOROCCOASAPATHWAYTOMEETINGTHEGROWINGINTERNATIONALDEMANDFORSPACEACCESSNabil Souhair, Alma Mater Studiorum - University of Bologna, Italy

IAC-22.D6.3.8HYPLANE:ASINGLESTAGESUBORBITALAEROSPACEPLANEGennaro Russo, Campania Aerospace District, DAC, Italy

IAC-22.D6.3.9NEWPERSPECTIVESFORROCKETLAUNCHINGINBRAZIL:THERISEOFALCÂNTARA.Luciana Gonçalves, Aeronautic Institute of Technology (ITA), Brazil

IAC-22.D6.3.10ASAFETYANDCOMPETITIVEANALYSISOFALCANTARASPACEPORTRafael Lobo, University of Brasilia, Brazil

IAC-22.D6.3.11THELUIGIBROGLIOCENTER-REACTIVATINGASPACELAUNCHSITECENTERUSINGEXISTINGANDNEWINFRASTRUCTUREArnold Bundotich, Kenya

E1.IAFSPACEEDUCATIONANDOUTREACHSYMPOSIUM

Coordinator(s):JessicaCuller,NASAAmesResearchCenter,UnitedStates;SeyedAliNasseri,SpaceGenerationAdvisoryCouncil(SGAC),Canada;

E1.1.Ignition-PrimarySpaceEducation

September 18 2022, 15:15 — E08BCo-Chair(s):KaoriSasaki,JapanAerospaceExplorationAgency(JAXA),Japan;CarolCarnett,InternationalSpaceUniversity(ISU),UnitedStates;Rapporteur(s):ChristopherVasko,EuropeanSpaceAgency(ESA),TheNetherlands;MatteoEmanuelli,AirbusDefenceandSpace,Germany;

IAC-22.E1.1.1SPACECLUBSFORKENYAMalkia Kelelue, Kenya Space Agency (KSA), Kenya

IAC-22.E1.1.2MICROCONTROLLERSINSPACEANDINTHECLASSROOM-THE“CALLIOPEO”EXPERIMENTAndreas Rienow, Ruhr-University Bochum, Germany

IAC-22.E1.1.3USINGINQUIRY-BASEDLEARNINGANDROLEMODELLINGASAMOTIVATORFORINCREASINGTHEPARTICIPATIONOFGIRLSINSPACESCIENCEGemma Wildermuth, Swinburne University of Technology, Australia

IAC-22.E1.1.4INSPIRINGTHENEXTGENERATION:CREATINGENGAGINGANDACCESSIBLEEDUCATIONALCONTENTFORYOUNGGIRLSINSTEMEmma Belhadfa, Space Generation Advisory Council (SGAC), Canada

IAC-22.E1.1.5LESSONSLEARNEDANDPERSPECTIVESTOOPENUPTHESPACESECTORTOCHILDRENBYMEANSOFHANDS-ONACTIVITIESDEVELOPEDBYSTUDENTSANDYOUNGPROFESSIONALSClara Moriceau, Space Generation Advisory Council (SGAC), France

IAC-22.E1.1.6FROMOVERVIEWEFFECTTOLEARNINGGAINS:VIRTUALREALITYINSPACEEDUCATIONMax Louwerse, Spacebuzz, The Netherlands

IAC-22.E1.1.7STARTUP:ANINNOVATIVEAPPROACHTOWARDSEFFICIENTPRIMARYSPACESTEAM-BASEDEDUCATIONVatasta Koul, Space Generation Advisory Council (SGAC), India

IAC-22.E1.1.8STARWARDSTEM:INTEGRATINGSPACESTATIONEXPERIMENTSANDTRANSDISCIPLINARYPROJECT-BASEDLEARNINGINAK12SCHOOLDISTRICTINNORTHCAROLINA,USALauren Milord, DreamUp, PBC, United States

E1.2.LiftOff-SecondarySpaceEducation

September 19 2022, 10:15 — E08BCo-Chair(s):SeyedAliNasseri,SpaceGenerationAdvisoryCouncil(SGAC),Canada;Rapporteur(s):ChristopherVasko,EuropeanSpaceAgency(ESA),TheNetherlands;

IAC-22.E1.2.1CUBESINSPACE:CANTHEIMPLEMENTATIONOFSTUDENT-DESIGNEDSPACEPAYLOADSINCREASEENGAGEMENTANDCONTINUEDMOTIVATIONINSCIENCE,TECHNOLOGY,ENGINEERING,THEARTSANDMATHEMATICS(STEAM)?Margot Fenton Solberg, Ecuadorian Civilian Space Agency (EXA), Ecuador

IAC-22.E1.2.2ANEVALUATIONOFTHEIMPACTOFHANDS-ONSPACE-BASEDSTEMACTIVITIESONTHEATTITUDESOFYOUNGWOMENINSINGLE-SEXEDUCATIONTOSTEMCAREERS.Lorcan Kelleher, Politecnico di Milano, Ireland

IAC-22.E1.2.3FROMCONCEPTTOLAUNCH:SIGNIFICANCEANDCHALLENGESOFDIGITALENGINEERINGINSTUDENTCUBESATPROJECTS.Dylan Kiesling, United States

IAC-22.E1.2.4UNDERSTANDINGORBITALTRANSFERTYPESWITHSECONDARYSTUDENTCREATEDPYTHONCODEAlexander Castronovo, United States

IAC-22.E1.2.5ISS-BORNEEARTHOBSERVATIONSENSORSINAUGMENTEDREALITYAPPLICATIONSFORSECONDARYEDUCATIONClaudia Lindner, Ruhr-University Bochum, Germany

IAC-22.E1.2.6BECOMINGCLIMATEDETECTIVESUSINGSATELLITESDATA–ATAILOREDSUCCESSSTORYINITALYRocchina Guarini, ASI - Italian Space Agency, Italy

IAC-22.E1.2.7INSPIRINGHIGHSCHOOLTEACHERSANDSTUDENTSTOSTEMTHROUGHSPACEGruszecka Kinga, Polish Space Agency (POLSA), Poland

IAC-22.E1.2.8SPACELEARNING,THEKEYTOSCIENTIFICKNOWLEDGEFORTHE21STCENTURYLEARNERNonofo Mogopodi, Space Foundation, Botswana

IAC-22.E1.2.9SCIENTIFICSTAND-UPCOMEDYPERFORMANCEFORSTEMEDUCATION:FOSTERINGSPACEKNOWLEDGEANDDEBUNKINGSTEREOTYPESINSECONDARYSCHOOLSTUDENTSINSPAINJorge Nicolas-Alvarez, Universitat Politecnica de Catalunya (UPC), Spain

IAC-22.E1.2.10HOWTONURTUREELONMUSKINTHECLASSROOMVered Cohen Barzilay, Out of the Box, Israel

IAC-22.E1.2.11SENDINGNEPAL’SFIRSTSCHOOLSTUDENTS’EXPERIMENTTOTHESPACE!Suresh Bhattarai, Nepal Astronomical Society (NASO), Nepal

IAC-22.E1.2.12MITZERO-GOUTREACHINITIATIVE:USINGEXPERIMENTDESIGNANDVIRTUALREALITYTOINSPIRETHENEXTGENERATIONOFSPACESCIENTISTSANDENGINEERSCody Paige, Massachusetts Institute of Technology (MIT), United States

IAC-22.E1.2.13APRSAFWATERROCKETEVENT2022:ONLINEEVENTUSINGNEWMETHODSDURINGTHEPANDEMICHiroko Tsuzuki, Japan Aerospace Exploration Agency (JAXA), Japan

IAC-22.E1.2.14ASTROPOINT-RAISINGTHEASTRONOMICALSPIRITSOFINNOVATIONFarah Youssef, N/A, United Arab Emirates

E1.3.OnTrack-UndergraduateSpaceEducation

September 19 2022, 15:00 — E08BCo-Chair(s):KathrynRobisonHasani,FlindersUniversity,Australia;Rapporteur(s):MichalKunes,CzechRepublic;OzanKara,SpaceGenerationAdvisoryCouncil(SGAC),Turkey;

IAC-22.E1.3.1VERTICALLYINTEGRATEDPROJECTBASEDMETHODAPPLIEDTOSMALLSATELLITETECHNOLOGYDEVELOPMENTKatherine Fowee Gasaway, Purdue University, United States

IAC-22.E1.3.2RESULTSANDLESSONSLEARNEDFROMTHEBARCELONAZEROGCHALLENGEAntoni Perez-Poch, Institut d’Estudis Espacials de Catalunya (IEEC), Spain

IAC-22.E1.3.3STUDENTSPACEMISSIONS–REPORTONOUR2022UNDERGRADUATEAURORALOBSERVINGCAMPAIGNEdgar Bering, University of Houston, United States

IAC-22.E1.3.4AERONAUTICALEDUCATIONFORFRESHMENYoshiaki Kurihara, Malaysia

IAC-22.E1.3.5DEVELOPMENTOFACANSATASPARTOFTHEUCHUNIVERSITYSPACEPROGRAM(INCAPROGRAM)Victor Romero-Alva, Image Processing Research Laboratory (INTI-Lab). Universidad de Ciencias y Humanidades - UCH, Peru

IAC-22.E1.3.6AUSTRALIA’SFIRSTMULTIDISCIPLINARYUNDERGRADUATESPACETECHNOLOGYEDUCATIONSUITE;LESSONSLEARNEDFROMCREATINGANINNOVATIVEANDPROGRESSIVECURRICULUMKim Ellis Hayes, Swinburne University of Technology, United States

IAC-22.E1.3.7UNCONVENTIONALTOOLSFORSPACEEDUCATIONINTHEPORTUGUESEECOSYSTEMMarta Gonçalves, Portugal Space Agency, Portugal

IAC-22.E1.3.8DEVELOPMENTOFACONCURRENTENGINEERINGTUTORIALASPARTOFTHEESA_LAB@INITIATIVEMarlon Deutsch, TU Darmstadt, Germany

IAC-22.E1.3.9THEDEBRISATPROJECT-IMPACTINGSTUDENTSANDTHEFUTUREOFSPACEEXPLORATIONSamantha Allen, University of Florida, United States

IAC-22.E1.3.10REPLICABLEMETHODOLOGYFORTHECREATIONOFANTI-HARASSMENTPOLICIESFORINDEPENDENTAEROSPACESTUDENTGROUPSASEXEMPLIFIEDBYTHECASEOFTECSPACEMaría del Barco, Costa Rica Institute of Technology (ITCR), Costa Rica

IAC-22.E1.3.11SPACEEDUCATIONEVOLUTIONINNICARAGUATHROUGHAMULTILINGUALWEBINARSERIESONDIFFERENTSPACEFIELDSSaira O. Williams, Space Generation Advisory Council (SGAC), Costa Rica

IAC-22.E1.3.12AHANDS-ONSPACEEDUCATIONPROGRAMONTHEDEVELOPMENT,IMPLEMENTATIONANDOPERATIONOFPAYLOADANDSENSORYCOMPONENTSFORTHENANOKHODMICROROVERMoritz Gewehr, IRS, University of Stuttgart, Germany

E1.4.InOrbit-PostgraduateSpaceEducation

September 20 2022, 10:15 — E08BCo-Chair(s):DavidSpencer,TheAerospaceCorporation,UnitedStates;Rapporteur(s):CarolCarnett,InternationalSpaceUniversity(ISU),UnitedStates;RemcoTimmermans,InternationalSpaceUniversity(ISU),UnitedKingdom;

IAC-22.E1.4.1KEYNOTE:PRACTICALANDEFFECTIVEEDUCATIONBASEDONMICRO/NANO/PICO-SATELLITESANDTHEIRCONTRIBUTIONSShinichi Nakasuka, University of Tokyo, Japan

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IAC-22.E1.4.2ACCESSTOSPACEFROMNORWAYFOREUROPEANUNIVERSITIESANDSTARTUPSJøran Grande, Andøya Space Education, Norway

IAC-22.E1.4.3TEACHINGSPACEPOLICY:BESTPRACTICESFORTRANSDISCIPLINARYENGAGEMENTMariel Borowitz, Center for Space Technology and Research (CSTAR), United States

IAC-22.E1.4.4COMPUTATIONALDESIGNANDINTERNATIONALCOOPERATIONINSPACEARCHITECTUREEDUCATIONValentina Sumini, Politecnico di Milano, Italy

IAC-22.E1.4.5DEVELOPMENTANDIMPLEMENTATIONOFTHEESAACADEMYINITIATIVE–CUBESATSUMMERSCHOOLSamiksha Mestry, Space Applications Services N.V./S.A., Belgium

IAC-22.E1.4.6(non-confirmed)ENGINEERINGANDMANAGEMENTOFSPACESYSTEMS-AJOINTGERMANY-POLANDPOSTGRADUATEMASTERSSTUDYAdam Dąbrowski, Poland

IAC-22.E1.4.7GRADUATEAEROSPACEPROGRAMBYUNAMBASEDONMEXICO’SNEEDS.Jorge Alfredo Ferrer Perez, Universidad Nacional Autónoma de México, Mexico

IAC-22.E1.4.8INTERACTIVELEARNINGFORIMPROVEDPRESENTATIONSKILLSTRAININGATTHEIACINITIALLESSONSLEARNEDScott Madry, International Space University (ISU), United States

IAC-22.E1.4.9LESSONSLEARNEDFROMSGAC’SACHIEVEDMISSIONDESIGNPROJECT,ADAPTINGPROJECTSBASEDONCURIOSITYANDNEEDSOFTHENEXTGENERATION.Bram de Winter, Space Generation Advisory Council (SGAC), The Netherlands

IAC-22.E1.4.10THEFIRSTPOSTGRADUATIONCOURSEINSPACELAW&POLICYOFBRAZILIan Grosner, Brazilian Space Agency (AEB), Brazil

IAC-22.E1.4.11BUILDINGAGLOBALPARTNERSHIPTOADVANCETHENEWDEVELOPMENTOFSPACEEDUCATIONANDCAPACITYBUILDINGYuanyuan Guo, Beihang University, China

IAC-22.E1.4.12SPACELAWINNORTHEASTENGLAND:POSTGRADUATESTUDIESATNORTHUMBRIAUNIVERSITYLauren Napier, Northumbria University, United Kingdom

IAC-22.E1.4.13ANALOGINQUIRY-BASED-LEARNINGPROFESSIONALDEVELOPMENTASPARTOFMARS-ISRAELEDUCATIONALPROGRAMAyelet Ayeletw, Kibbutzim College of Education, Technology and the Arts, Israel

IAC-22.E1.4.14LESSONSLEARNEDFROMTHEFIRSTSTUDENT-LEDSAPIENZAGEACAVEEXPLORATIONANALOGMISSIONPaolo Marzioli, Sapienza University of Rome, Italy

E1.5.EnablingtheFuture-DevelopingtheSpace Workforce

September 20 2022, 15:00 — E08BCo-Chair(s):KathleenCoderre,LockheedMartin(SpaceSystemsCompany),UnitedStates;OlgaZhdanovich,ModisforEuropeanSpaceAgency,TheNetherlands;Rapporteur(s):MichalKunes,CzechRepublic;

IAC-22.E1.5.1NATIONALCANSATCOMPETITIONASAMEANSTODEVELOPSPACEWORKFORCEINAZERBAIJANNatavan Hasanova, Space Agency of Republic of Azerbaijan (Azercosmos), Azerbaijan

IAC-22.E1.5.2REVISITINGAPPRENTICESHIPASATOOLFORTHEWORKFORCEANDBUSINESSDEVELOPMENTINTHEEMERGINGSPACEECOSYSTEMSDaniel Sagath, Slovak Investment and Trade Development Agency (SARIO) - Slovak Space Office, Slovak Republic

IAC-22.E1.5.3CHALLENGESANDPROSPECTSINAFRICANSPACESECTOR,WITHFOCUSONCAPACITYBUILDINGANDTECHNOLOGY.STUDYAREAWESTAFRICA.Desmond Fonyuy Wysenyuy, African Regional Institute for Geospatial Information Science and Technology (AFRIGIST), Nigeria

IAC-22.E1.5.4ACADEMIA’SCONTRIBUTIONBEYONDTHECLASSROOM:THEROLEOFR&D&I,ENTREPRENEURSHIP,ANDBUSINESSINSPACEEDUCATIONSara Dalledonne, European Space Policy Institute (ESPI), Austria

IAC-22.E1.5.5INITIATINGKNOWHOWONSPACETECHNOLOGIESINMAURITIUSMuhammad Ziyaad Soreefan, Mauritius Research and Innovation Council (MRIC), Mauritius

IAC-22.E1.5.6NEPAL’SSTRUCTUREDFOUR-PHASED,T-SHAPEDSPACEWORKFORCEDEVELOPMENTFUNDEDTHROUGHAUNIQUEPPPMODELBikalpa Dhungana, Nepal Space Foundation, Nepal

IAC-22.E1.5.7MODELFORCHANGE:LEVERAGINGTHESPACEFELLOWSHIPMODELINCANADAHira Nadeem, Institute for Earth and Space Exploration, Western University, Canada

IAC-22.E1.5.8COSTARICASPACEFORCE(CRSF)Antony Ramirez, BioMechanics Expedition Technologies (BioMechaX), Costa Rica

IAC-22.E1.5.9CONTRIBUTIONOFSTUDENT-RUNORGANISATIONFORDEVELOPINGTHESPACEWORKFORCE:IMPACT,EXPERIENCE,ANDPRACTICESFROMTHEGIRONSPACEORGANISATIONINNORTHERNSWEDENGabrielle Witt, Luleå University of Technology, Sweden

IAC-22.E1.5.10SPACEWEATHERUSERENGAGEMENTACTIVITIES,TRAININGANDWEBINARSOlivier Lamborelle, Space Applications Services NV/SA, Belgium

IAC-22.E1.5.11MEXICANWOMENINSPACELuz Miranda Atilano Herrera, Universidad Popular Autónoma del Estado de Puebla, Mexico

IAC-22.E1.5.12WOLFPACKORBITALLAUNCHFUNDINGANDCOMPETITION(WOLF-C)William E. Mayville, BLUECUBE Aerospace, United States

IAC-22.E1.5.13AREVIEWOFTHEPERUVIANAEROSPACEECOSYSTEM:THEDEVELOPMENTOFPERUVIANSTUDENTSANDPROFESSIONALSINVOLVEDTOTHEAEROSPACESECTORGeorge Steve Fajardo Soria, Universidad Nacional de Ingenieria, Peru, Peru

E1.6.CallingPlanetEarth-SpaceOutreachtotheGeneralPublic

September 21 2022, 10:15 — E08BCo-Chair(s):JessicaCuller,NASAAmesResearchCenter,UnitedStates;NellyBenHayoun,SETIInstitute,UnitedKingdom;Rapporteur(s):RemcoTimmermans,InternationalSpaceUniversity(ISU),UnitedKingdom;FrankFriedlaender,LockheedMartinSpaceSystemsCompany,UnitedStates;

IAC-22.E1.6.1ESA/HUBBLESPACETELESCOPE:COST-EFFECTIVEINITIATIVESFORLARGE-SCALEASTRONOMYOUTREACHBethany Downer, ESA - European Space Agency, Canada

IAC-22.E1.6.2SOCIALUSEOFTHEISSWITHLARGE-SCALEPUBLICPARTICIPATIONYoichi Hasegawa, Japan

IAC-22.E1.6.3SPACESCIENCEANDPUBLICENGAGEMENT:21STCENTURYPERSPECTIVESANDOPPORTUNITIESAmy Kaminski, NASA, United States

IAC-22.E1.6.4LAUNCHINGTHENTHOUSANDSOFPEOPLEINTOSPACETODISCOVERPLANETEARTHMax Louwerse, Spacebuzz, The Netherlands

IAC-22.E1.6.5GUHEMASATOOLTOSUPPORTTURKISHNATIONALSPACEPROGRAMHalit Mirahmetoglu, Gokmen Space and Aviation Training Center (GUHEM), Turkey

IAC-22.E1.6.7SHAPINGTHENEWNORWEGIANSPACERACEASAVOLUNTEERSTUDENTORGANIZATIONUlrik Falk-Petersen, NTNU- Samfunnsforsking, Centre for Interdisciplinary Research in Space, Norway

IAC-22.E1.6.8INSPIREAFRICA:SPACEEDUCATIONTHROUGHADVOCACY.Nelly-helen Ebruka, Nigeria

IAC-22.E1.6.9WHYTHECIVILIANSPACEDEVELOPMENTSHALLKICK-OFFNOWAdriano V. Autino, Space Renaissance International, Italy

IAC-22.E1.6.10INCLUSIONOFRURALANDINDIGENOUSCOMMUNITIESINSPACETECHNOLOGYDEVELOPMENT,THECASEOFMORAZÁN-SATELLITE.Javier Mejuto, National Autonomous University of Honduras (UNAH), Honduras

IAC-22.E1.6.11SPACEFORALLINCANADA:EXPANDINGOUTREACHACROSSTHENATIONSobia Nadeem, McMaster University, Canada

IAC-22.E1.6.12THEIMPACTOFCULTURALDIFFERENCESANDACOUNTRY’SDEGREEOFTECHNOLOGICALADVANCEMENTINTHESPACESECTORONEMOTIONALATTITUDESTOWARDSPACESECTORCOMMUNICATIONSUSINGSELECTEDEXAMPLESLukasz Wilczynski, European Space Foundation, Poland

E1.7.NewWorlds-Non-TraditionalSpaceEducationandOutreach

September 21 2022, 15:00 — E08BCo-Chair(s):VictoriaMayorova,BaumanMoscowStateTechnicalUniversity,RussianFederation;OlgaZhdanovich,ModisforEuropeanSpaceAgency,TheNetherlands;

Rapporteur(s):CarolChristian,STScI,UnitedStates;KaoriSasaki,JAXA,Japan;

IAC-22.E1.7.1SCIACCESS:ADVANCINGDISABILITYINCLUSIONINSPACEEDUCATIONAnna Voelker, United States

IAC-22.E1.7.2SPACELAB:AMOBILELABORATORYPROPOSALFORSPACESCIENCESANDENGINEERINGSTIMULATIONINHONDURAS.Gabriela Nicolle Muñoz Enamorado, National Autonomous University of Honduras (UNAH), Honduras

IAC-22.E1.7.3AUNIQUEEDUCATIONALPROGRAMUSINGAROBOTINORBITWITHINTERNATIONALCOOPERATION:KIBOROBOTPROGRAMMINGCHALLENGEYayoi Miyagawa, Japan Aerospace Exploration Agency (JAXA), Japan

IAC-22.E1.7.4FAZAEDUTAINMENTCENTER,SPACEORIENTEDAMUSEMENTPARKFORAGELESSEDUCATIONSajjad Ghazanfarinia, Iran

IAC-22.E1.7.5ENABLINGSPACERESEARCHINNON-TRADITIONALGROUPS–THECASEOFTHESPACEBIOFILMSSPACEFLIGHTSAMPLESSTUDIEDATUNIVERSIDADDELVALLEDEGUATEMALABYUNDERGRADUATESTUDENTSDiana Pamela Flores Ayuso, University of Colorado Boulder, United States

IAC-22.E1.7.6HANDBOOKOFSTRATEGIC-DIDACTICTEACHINGOFSPACESCIENCESTOCHILDRENWITHAUTISMSPECTRUMDISORDERAndrea Dominguez, Instituto Tecnológico de Durango (ITD), Mexico

IAC-22.E1.7.7MULTIPURPOSEAPPROACHESFORMAPPINGANDANALYZINGMETEORITESMaryam Sharif, Sharjah Academy for Astronomy, Space Sciences and Technology (SAASST), United Arab Emirates

IAC-22.E1.7.8ASPACEEDUCATIONPROGRAMTOSOLVETHESHORTAGEOFCOMMERCIALSPACETEACHERSINJAPANESESCHOOLSHIKARU OTSUKA, Japan

IAC-22.E1.7.9SSERD:PREPARINGTHEYOUNGERGENERATIONFORSPACEREVOLUTIONININDIAANDBEYONDNIkhitha Chadde, India

IAC-22.E1.7.10CREATINGAMULTILINGUALASTRAXACADEMYTaichi Yamazaki, ASTRAX, Inc., Japan

IAC-22.E1.7.11SPACEBUZZ:CREATINGAMBASSADORSOFPLANETEARTH//MAKINGSPACEEDUCATIONRELEVANTANDINCLUSIVEFORALLCHILDRENMatthijs Leendertse, Spacebuzz, The Netherlands

IAC-22.E1.7.12SPACETHON:ACADEMICBOOTCAMPMETHODOLOGYTOINTEGRATESPACETEAM’SMISSIONS.Fernando José Zorto Aguilera, National Autonomous University of Honduras (UNAH), Honduras

IAC-22.E1.7.13SPACERENAISSANCEACADEMY–THESPACERENAISSANCEAMBASSADORSPROGRAMMEAdriano V. Autino, Space Renaissance International, Italy

IAC-22.E1.7.14DESIGNTHINKINGAPPROACHINSPACEEDUCATIONALON SHIKAR, DMARS - Desert Mars Analog Ramon Station, Israel

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E1.8.Hands-onSpaceEducationandOutreach

September 22 2022, 10:15 — International Student ZoneCo-Chair(s):LynWigbels,AmericanAstronauticalSociety(AAS),UnitedStates;ValerieAnneCasasanto,NASAGoddard/UniversityofMaryland,BaltimoreCounty(UMBC),UnitedStates;Rapporteur(s):CarolCarnett,InternationalSpaceUniversity(ISU),UnitedStates;KevinStube,ThePlanetarySociety,UnitedStates;

IAC-22.E1.8.1VIRTUALEXHIBITIONASANALTERNATIVEPLATFORMINDELIVERINGSPACEEDUCATION:ACASESTUDYINMALAYSIANSOCIETYFAIROS ASILLAM, Malaysia

IAC-22.E1.8.2SESTRA-THEEFFECTIVEINSTRUMENTONAWAYTOBETTERCOMPREHENSIONOFSPACERADIATIONPROPERTIESANDITSIMPACTMichael Holik, Institute of Experimental and Applied Physics, Czech Technical University in Prague, Czech Republic

IAC-22.E1.8.3THINKINGINSIDETHEBOX:AHANDS-ONSTUDENTACTIVITYFORBUILDINGACONTAMINATIONCONTAINMENTGLOVEBOXTOENCOURAGEPROBLEMSOLVINGINACOLLABORATIVEENVIRONMENTElaine Seasly, NASA Headquarters, United States

IAC-22.E1.8.4ANENTREPRENEURIALVISION:CURATINGFULLY-IMMERSIVEEXPERIENTIALSIMULATIONTRAININGS,VIRTUALASTRONAUTICSWORKSHOPSANDIN-PERSONMISSIONS”LETSGETS.T.E.A.M.E.D”VIRTUALASTRONAUTICSWORKSHOPSANDSIMULATIONEVASUSINGEXPONENTIALTEmmy Helen Jewell, Mars Academy USA, United States

IAC-22.E1.8.5SPACEEDUCATIONANDOUTREACHINMOROCCOTHROUGHTHEINTRODUCTIONOFTHEHANDSONCUBESATFARMEXPERIMENT”EXOLAB-MOR-1”FORK6TO12STUDENTS.El Hassan Bouaghad, France

IAC-22.E1.8.6MOSQUITOIDENTIFICATIONUSINGGLOBEHABITATMAPPERTOOLFaith Maina, Kenya Space Agency, Kenya

E1.9.SpaceCulture–PublicEngagementinSpace through Culture

September 22 2022, 13:45 — E08BCo-Chair(s):NellyBenHayoun,SETIInstitute,UnitedKingdom;AthiyeJawad,India;Rapporteur(s):PriyankaDas,EcolePolytechnique,France;NahumRomero,KOSMICA,Germany;

IAC-22.E1.9.1ADDRESSINGDIVERSITYANDINCLUSIONATTHEITALIANSPACEAGENCYLuisa Santoro, Italian Space Agency (ASI), Italy

IAC-22.E1.9.2(non-confirmed)ASTROSTAYS:CREATINGLIVELIHOODBASEDOPPORTUNITIESTHROUGHASTRONOMYBASEDTOURISM.Arun Radhakrishnan, India

IAC-22.E1.9.3ONIMAGESOFTHEUNIVERSEINFLUENCEDBYMANGAANDANIMEChikako Murayama, Japan

IAC-22.E1.9.4DEVELOPINGANANTI-COLONIALPRACTICE:MOVINGFROMCONVERSATIONTOSTRUCTURALANDINSTITUTIONALCHANGEWITHINTHESPACECOMMUNITYAlvin D. Harvey, Massachusetts Institute of Technology (MIT), United States

IAC-22.E1.9.5SPACECULTUREANDSPACEPHILOSOPHYMarie-Luise Heuser, Space Renaissance International, Germany

IAC-22.E1.9.6MENDINGTHEANCIENTFEUDBETWEENRELIGIONANDSPACEKapule Gray, National Space Society, United States

IAC-22.E1.9.7HOWTOGOTOSPACEWITHDIFFERENTHAIRSTYLESMika Islam, Japan

IAC-22.E1.9.8IMAGININGLUNARDENIZENS:COLLABORATIVECREATIONOFASPACEFUTURECaitlin McShea, United States

IAC-22.E1.9.9INCLUSIONOFINDIGENOUSPEOPLESINAEROSPACETECHNOLOGIES.Alvaro Regules, Universidad Nacional Autónoma de México (UNAM), Mexico

IAC-22.E1.9.10THEVALUEOFHUMANPATRIMONY:A100%INCLUSIVEVISIONAdriano V. Autino, Space Renaissance International, Italy

IAC-22.E1.9.11DIVERSITYFORASUSTAINABLESPACEFUTURE–OPPORTUNITIESANDCHALLENGESFORPROMOTINGDIVERSITYTHROUGHMENTORSHIPINTHESPACESECTORS.W. Chiu, University of Exeter, United Kingdom

IAC-22.E1.9.12INGENIOUSSPACE-BASEDHANDS-ONLEARNINGTOOLSTOPROVIDESPACESYSTEMENGINEERINGKNOWLEDGEAbdulla Hil Kafi, BRAC University, Bangladesh

IAC-22.E1.9.13(non-confirmed)INSPIRINGDIVERSEAUDIENCESTOEARTHANDSPACESCIENCESTHROUGHNATIVEAMERICANCULTUREValerie Anne Casasanto, NASA Goddard/University of Maryland, Baltimore County (UMBC), United States

IAC-22.E1.9.14INTERCULTURALITYWITHINPROJECTPOLARISChristian Pieronne, France

IAC-22.E1.9.16INTERPLANETARYMARXISMANDTHE4THINTERNATIONAL-POSADISTAxel Straschnoy, Suomen Avaruustutkimusseura - Finnish Astronautical Society, Finland

IAC-22.E1.9.17LEARNINGABOUTSPACEEXPLORATIONRESEARCHTHROUGHCINEMA:THENEWSPACEFILMFESTIVALATHARVARD&MITAlissa J. Haddaji, Harvard University, United States

IAC-22.E1.9.18POSSIBILITYOFZERO-GRAVITYFLIGHTANDSPACEFLIGHTBYPEOPLEWITHDISABILITIESTaichi Yamazaki, ASTRAX, Inc., Japan

IAC-22.E1.9.19THEASTRONAUTETHNOGRAPHYWEBPROJECT:INSIGHTSFROMFIRST-PERSONACCOUNTSOFSPACESanjana Sharma, Massachusetts Institute of Technology (MIT), United States

IAC-22.E1.9.20THEMOONSHOTPROJECT:SPACEEDUCATIONTHROUGHTHEMEDIUMOFTABLETOPGAMINGDorottya Milánkovich, Hungary

IAC-22.E1.9.21(non-confirmed)TITLE:INDIGENOUSCOMMUNITYINTHESPACESECTORNAMES:KARENALONDRAGUERREROBO0RBOA/LUZMIRANDAATILANOHERRERAKAREN ALONDRA GUERRERO BORBOA, Mexico

IAC-22.E1.9.22HOWTOCAPTURETHECOSMICDIVERSITYTHATISCOMINGYasuko Fukushima, Japan

IAC-22.E1.9.23‘THEASTRONAUTMENTALITYSERIES’:REIMAGININGON-SITECOMMUNITYENGAGEMENTANDOUTREACHTHROUGHONLINEINTERACTIVEWEBINARSINTHEERAOFCOVID-19Shawna Pandya, Canada

E2.50thSTUDENTCONFERENCE

Coordinator(s):FrancoBernelli-Zazzera,PolitecnicodiMilano,Italy;MarcoSchmidt,UniversityofAppliedSciencesWürzburg-Schweinfurt,Germany;

E2.1.StudentConference-Part1

September 18 2022, 15:15 — E03ACo-Chair(s):FrancoBernelli-Zazzera,PolitecnicodiMilano,Italy;EmmanuelZenou,InstitutSupérieurdel’Aéronautiqueetdel’Espace(ISAE),France;Rapporteur(s):Jeong-WonLee,KoreaAerospaceResearchInstitute(KARI),Korea,Republicof;

IAC-22.E2.1.1CLOWN:ANEWTOOLFORCLOUDDETECTIONWITHALL-SKYCAMERAFOROPTIMIZATIONOFSPACE-DEBRISSURVEYS.Luís Gonçalves, Instituto de Telecomunicações (Portugal), Portugal

IAC-22.E2.1.2DESIGNANDPATHOPTIMIZATIONOFASPACECRAFTFORSPACEDEBRISREMOVALBYBURNINGITINTOTHEEARTH’SATMOSPHEREAbhijeet Abhijeet, Indian Institute of Technology, India

IAC-22.E2.1.3DETAILEDDESIGNANDVERIFICATIONOFAWAVESPRINGSELF-PRESSURIZEDTANKFORAMICRO-RESISTOJETTHRUSTERFranco Maria Marchese, Delft University of Technology (TU Delft), The Netherlands

IAC-22.E2.1.4DEVELOPMENTOFANIMPROVEDRANDOMPOSITIONINGMACHINETOSIMULATEORGANICGROWTHINMICROGRAVITYJorge Moreno, LEEM - Laboratory for Space and Microgravity Research, Spain

IAC-22.E2.1.5NUMERICALLYEFFICIENTMETHODSFORLOW-THRUSTCOLLISIONAVOIDANCEMANEUVERSDESIGNINGEOREGIMEAlexia Cantoni, Politecnico di Milano, Italy

IAC-22.E2.1.6ON-TRACKOPTIMALRENDEZVOUSANDDOCKINGOFSPACECRAFTSUSINGHYBRIDCOULOMBCONTROLGaurav Kumar, Indian Institute of Technology Kanpur, India

IAC-22.E2.1.7PERFORMANCEINVESTIGATIONOFVAPORIZINGLIQUIDMICRO-RESISTOJETSANDLOW-PRESSUREMICRO-RESISTOJETSFORTHELUMIOMISSIONAdriano Casablanca, Delft University of Technology, The Netherlands

IAC-22.E2.1.8PINOAA:ANINDEPENDENTDAILYEARTHOBSERVATIONSERVICEUSINGARASPBERY-PIDATAPROCESSINGPLATFORMDiogo Silva, Instituto de Telecomunicações (Portugal), Portugal

IAC-22.E2.1.9SIMULATINGMELTING-SOLIDIFICATIONOFLUNARREGOLITHPARTICLESUSINGCOUPLEDCFDMETHODSBrendon Cavainolo, University of Central Florida (UCF), United States

IAC-22.E2.1.10STARRYNIGHT,STARRYBRIGHT:THEVALUEOFDARKANDQUIETSKIESINANAGEOFMEGA-CONSTELLATIONSKayla Taylor, Embry-Riddle Aeronautical University, United States

IAC-22.E2.1.11THEOPTIMALFUEL-CONSUMPTIONMULTI-IMPULSERENDEZVOUSTRAJECTORYDESIGNUSINGWHALEOPTIMIZATIONALGORITHM.EUN SONG SHIM, Korea University of Science & Technology (UST), Korea, Republic of

E2.2.StudentConference-Part2

September 19 2022, 10:15 — E03ACo-Chair(s):MarcoSchmidt,UniversityofAppliedSciencesWürzburg-Schweinfurt,Germany;FrankFriedlaender,LockheedMartinSpaceSystemsCompany,UnitedStates;Rapporteur(s):EmmanuelZenou,InstitutSupérieurdel’Aéro-nautiqueetdel’Espace(ISAE),France;

IAC-22.E2.2.1CONTROLLERDESIGNFORLAUNCHVEHICLESBYINTEGRATINGADAPTIVECONTROLWITHROBUSTCONTROLBASEDONMODELPREDICTIVECONTROLEmi Sakaoka, The Graduate Universty for Advanced Studies[SOKENDAI], Japan

IAC-22.E2.2.2EARTH-MOONLOGISTICALOPERATIONSUTILIZINGCISLUNARPERIODICORBITSAdam Wilmer, US Air Force Institute of Technology, United States

IAC-22.E2.2.3FUEL-OPTIMALFORMATIONSFORTELESCOPE-STARSHADEOBSERVATORIESINLUNARSPACEGrace Genszler, Cornell University, United States

IAC-22.E2.2.4HARVESTINGGEOTHERMALENERGYONMARSFORFUTURESETTLEMENTSanmathi Priya Abiram Lakshmi Devi, Cornell University, United States

IAC-22.E2.2.5RADIATIONSHIELDINGFORINTERPLANETARYMISSIONSUSINGSUPERCONDUCTINGMAGNETSAlexandra Martha Walser, Switzerland

IAC-22.E2.2.6FASTCONJUNCTIONANALYSISPIPELINEFORSPACESITUATIONALAWARENESSSam Lane, Surrey Space Centre, University of Surrey, United Kingdom

IAC-22.E2.2.7ORIGAMI-INSPIREDDEPLOYABLESPACEHABITATSJoe Defillion, University of Bristol, United Kingdom

IAC-22.E2.2.8ON-ORBITSPACECRAFTINERTIATENSORESTIMATIONAtilla Saadat, UTIAS Space Flight Laboratory, Canada

IAC-22.E2.2.9THERMALDESIGNOFCASSTOR,ANANOSATELLITEFORHIGH-RESOLUTIONUVSPECTROPOLARIMETRYMina Konaka, Observatoire de Paris, France

IAC-22.E2.2.10TIPSHAPE,HEIGHT,ANDTHICKNESSINFLUENCESONNONLINEARACOUSTICDAMPINGFROMBAFFLEBLADESJoseph Day, The University of Colorado, United States

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IAC-22.E2.2.11SIZINGOFAPROPELLED-HOPPINGSYSTEMONTHEMOONJoão Gambôa, ISAE - Institut Supérieur de l’Aéronautique et de l’Es-pace, France

E2.3-GTS.4.StudentTeamCompetition

September 19 2022, 15:00 — W07Co-Chair(s):EmmanuelZenou,InstitutSupérieurdel’Aéronau-tiqueetdel’Espace(ISAE),France;FrancoBernelli-Zazzera,PolitecnicodiMilano,Italy;Rapporteur(s):KathleenCoderre,LockheedMartin(SpaceSystemsCompany),UnitedStates;

IAC-22.E2.3-GTS.4.13UCUBESATMISSIONTOASSESSVEGETATIONHYDRATIONSTATUSANDHYDROLOGICALINSTABILITYRISKLuisa Iossa, Politecnico di Torino, Italy

IAC-22.E2.3-GTS.4.2BIODOMOPROJECT:ANAUTOMATEDAEROPONICHERMETICALLYCONTAINEDSYSTEMTOGROWCROPSUNDERHARSHENVIRONMENTALCONDITIONSTania Ramírez González, Instituto Tecnológico de Costa Rica (TEC), Costa Rica

IAC-22.E2.3-GTS.4.3BREAKINGTHEBARRIERS:IMPLEMENTATIONOFFLIGHTSOFTWAREFORUNIVERSITYSMALLSATELLITEMISSIONSNayana Tiwari, California Polytechnic State University, United States

IAC-22.E2.3-GTS.4.4BUTCUBE–ROADFORCUBESATIN-ORBITSOLARECLIPSEOBSERVATIONMISSIONUTILIZING1UDEMONSTRATORVáclav Lazar, Brno University of Technology, Czech Republic

IAC-22.E2.3-GTS.4.5DESIGNANDVALIDATIONOFALAB-SCALEMETHALOXFUELPLANTFORIN-SITUPROPELLANTPRODUCTIONONMARSDagan Schoen, University of British Columbia, Canada

IAC-22.E2.3-GTS.4.6DETAILEDDESIGNOFIONSAT:ASTATION-KEEPINGMISSIONATALTITUDESBELOW300KMJerome Hui, Ecole Polytechnique, France

IAC-22.E2.3-GTS.4.7INTERPRETINGLRITFROMGK2ASATELLITE:COMMUNICATIONFOREVERYONEJeonghwa Heo, Seoul National University, Korea, Republic of

IAC-22.E2.3-GTS.4.8FUNDAMENTALRESEARCHOFFERROFLUIDSMaximilian Speier, Luleå University of Technology, Sweden

IAC-22.E2.3-GTS.4.9INTERFEROMETRICBASELINEENLARGEMENTWITHPASSIVEREFLECTORSFORGEOSYNCHRONOUSORBITDETERMINATIONPRECISIONENHANCEMENTJorge Nicolas-Alvarez, Universitat Politecnica de Catalunya (UPC), Spain

IAC-22.E2.3-GTS.4.10LOW-COSTATTITUDEDETERMINATIONANDCONTROLSYSTEMOFTHESTUDENT-BUILT3U+CUBESATSOURCENadim Maraqten, KSat e.V., Germany

IAC-22.E2.3-GTS.4.11MODULARPORTABLEECOSYSTEMS:ASUSTAINABLEANDSCALABLEFOODPRODUCTIONMODELDaniela Lomelí Mejía, University of Guadalajara, Mexico

IAC-22.E2.3-GTS.4.12PRELIMINARYDESIGNOFLUNARVEHICLEFORASTRONAUTSTRANSPORTATIONTimothée Simon, ISAE-Supaero University of Toulouse, France

IAC-22.E2.3-GTS.4.13STRATHCUBE:ACUBESATAGAINSTSPACEDEBRISLewis Gray, University of Strathclyde, United Kingdom

IAC-22.E2.3-GTS.4.14STRATOSIV:DEVELOPMENTOFASTUDENTSOUNDINGROCKETCAPABLEOFLAUNCHINGTO100KMALTITUDEEoghan Gilleran, Delft University of Technology (TU Delft), The Netherlands

IAC-22.E2.3-GTS.4.15WANKA-AMISSIONTOMEASURESTRATOSPHERICAEROSOLSCONCENTRATIONUSINGLOW-COSTCOMMERCIALSENSORSONBOARDAHIGH-ALTITUDEBALLOONRamiro Gustavo Tintaya Quispe, Universidad Nacional de Ingenieria, Peru, Peru

E2.4.EducationalPicoandNanoSatellites

September 20 2022, 10:15 — E03ACo-Chair(s):XiaozhouYu,DalianUniversityofTechnology(DUT),China;FrancoBernelli-Zazzera,PolitecnicodiMilano,Italy;

IAC-22.E2.4.1POWERSUBSYSTEMOFKUAUHTLISAT,ATUBESAT-TYPENANOSATELLITE,USINGTRISOLXSOLARCELLSARRAYSAntonio López, Universidad Nacional Autónoma de México, Mexico

IAC-22.E2.4.2ANOVERVIEWOFTHERMALTESTSFORCUBESATSStéphanie Fiore, Concordia University, Canada

IAC-22.E2.4.3ANINTERNATIONALHANDS-ONCOOPERATIVENANOSATELLITEPROJECTFORSTUDENTSANDYOUNGPROFESSIONALSINEMERGINGSPACECOUNTRIESTensae Alemayehu Ali, Space Generation Advisory Council (SGAC), Ethiopia

IAC-22.E2.4.4(non-confirmed)DESIGNOFALOW-COSTNETCAPTURECUBESATFORSPACEDEBRISREMOVALMinghe Shan, Delft University of Technology (TU Delft), The Netherlands

IAC-22.E2.4.5DESIGN,VERIFICATION,ANDVALIDATIONOFTHECOMMUNICATIONSYSTEMOFANUNDERGRADUATECUBESATMISSIONAlex Jurgutis, UTIAS Space Flight Laboratory, Canada

IAC-22.E2.4.7HANSESAT-WIRELESSCUBESATPAYLOADTECHNOLOGYDEMONSTRATORFROMGERMANYANDPOLANDAdam Dąbrowski, Poland

IAC-22.E2.4.8IMPLEMENTATIONOFATAILOREDMISSIONANALYSISFRAMEWORKFORTHEFRAMSAT-1CUBESATMISSIONJarle Steinberg, Norwegian University of Science and Technology, Norway

IAC-22.E2.4.9K’OTOPROJECT,MEXICANNANOSATELLITEFORTRAININGHUMANTALENTXochitl Veronica Silvestre Gutierrez, Instituto Tecnológico de Durango (ITD), Mexico

IAC-22.E2.4.10MISSIONDESIGNOFON-ORBITEDUCATIONALNANOSATELLITEPLATFORMUSINGRADIATIONHARDENEDRASPBERRYPI-BASEDDIGITALVIDEOTRANSMITTER,WITHECHOMODE.Dhruva Anantha Datta, Indian Institute of Space Science and Technology (IIST), India

IAC-22.E2.4.11MORAZÁNMRZ-SATCUBESAT:THERMALMODELINGANDANALYSISGUIDEFORACADEMICCUBESATMISSIONSJefrey René Hipp Méndez, Universidad de San Carlos de Guatemala, USAC/CUNOC, Guatemala

IAC-22.E2.4.12STRATEGIESDEVELOPEDTOESTABLISHANANOSATELLITETHERMALTESTINGPLANFORTHESC-ODINSTUDENTPROJECTSarra Boussoukaya, Concordia University, Canada

IAC-22.E2.4.13VALIDATIONOFVISCOELASTICMULTI-LAYEREDDEPLOYABLESOLARPANELMODULEFOR6UCUBESATOFSTEPCUBELAB-IIJae-Seop Choi, Chosun University, Korea, Republic of

E3.35thIAASYMPOSIUMONSPACEPOLICY,REGULATIONSANDECONOMICS

Coordinator(s):JacquesMasson,EuropeanSpaceAgency(ESA),TheNetherlands;BernhardSchmidt-Tedd,LeuphanaUniversity,Germany;PieterVanBeekhuizen,TheNetherlands;

E3.1.Internationalcooperationinusingspaceforsustainabledevelopment:The“Space2030”agenda

September 19 2022, 10:15 — E04BCo-Chair(s):IsabelleDuvaux-Bechon,ESA-EuropeanSpaceAgency,France;Dumitru-DorinPrunariu,Commissiond’Astronau-tiquedel’AcademieRoumaine,Romania;Rapporteur(s):AlexanderSoucek,AustrianSpaceForum,Austria;PeterStubbe,DLR(GermanAerospaceCenter),Germany;

IAC-22.E3.1.1“SPACE2030”AGENDA:SPACEECONOMY’SCHALLENGESANDSDGS’OPPORTUNITIESTOTACKLEPRESENTANDFUTUREGLOBALEFFORTSAntonio Del Mastro, Mars Planet, Italy

IAC-22.E3.1.2MAPPINGTHEUSEOFSPACEDATAINDEVELOPMENTRESEARCHSimona Richard, ESA - European Space Agency, Italy

IAC-22.E3.1.3SPACEFORTHESUSTAINABLEDEVELOPMENTGOALS:WHYSPACE?WHYNOW?ANDWHATNEXT?Giulia Costella, Caribou Digital UK, United Kingdom

IAC-22.E3.1.4SAVINGOURFUTUREONEARTHTHROUGHOURPRESENCEINSPACE-RECOMMENDATIONSFROMTHEYOUNGGENERATIONSONTHEROLEOFSPACEFORCLIMATEACTIONSahba El-Shawa, Space Generation Advisory Council (SGAC), Jordan

IAC-22.E3.1.5OPPORTUNITIESANDCHALLENGESFORACHIEVING‘SPACE2030’:INSIGHTSFROMTHEFIELDOFGLOBALEARTHOBSERVATIONSYSTEMSXiao-Shan Yap, Utrecht University, Netherlands Antilles

IAC-22.E3.1.6SPACEFORGREENECONOMY,COOPERATIONANDSUSTAINABILITYAnnamaria Nassisi, Thales Alenia Space Italia, Italy

IAC-22.E3.1.7CHINA’SAPPROACHTOSPACE2030:IDEATIONALANDPOLITICALECONOMICCONSTRAINTSONNORMATIVECONVERGENCEWITHINTHEINTERNATIONALSOCIETYKun-Chin Lin, Air University, United States

IAC-22.E3.1.8EMERGINGTRENDSONSATELLITE-BASEDAPPLICATIONSINHEALTHCARE:ASYNOPTICVIEWAlessandro Paravano, Politecnico di Milano, Italy

IAC-22.E3.1.9THEIMPORTANCEOFUNSDGSANDESGADOPTIONWITHINBUSINESSINTHESPACESECTORSabrina Alam, Women in Aerospace Europe (WIA-E), Luxembourg

IAC-22.E3.1.10INSEARCHOFTHEEUROPEANWAYFORSPACE:RECONCILINGCOOPERATIONANDINDEPENDENCEINTHEIMPLEMENTATIONOFTHESPACEAGENDA2030Valentin Degrange, Institute of Strategic and Defense Studies (IESD), France

E3.2.Thefutureofspaceexplorationandinnovation

September 19 2022, 15:00 — E04BCo-Chair(s):MarcHaese,DLR,GermanAerospaceCenter,Germany;NicolasPeter,InternationalSpaceUniversity(ISU),France;Rapporteur(s):DevanshuGanatra,InternationalInstituteofSpaceLaw(IISL),UnitedStates;

IAC-22.E3.2.1ALTERNATIVEFUTURESFORCREWEDSPACECOOPERATIONAFTERTHEINTERNATIONALSPACESTATIONScott Pace, Space Policy Institute, George Washington University, United States

IAC-22.E3.2.2THEIMPACTOFCHANGINGPOLICIESONNUCLEARSPACETECHNOLOGYCarissa Christensen, Bryce Space and Technology, United States

IAC-22.E3.2.3THEGLOBALEXPERTGROUPONSUSTAINABLELUNARACTIVITIES(GEGSLA)CONTRIBUTIONTOTHEINTERNATIONALLUNARGOVERNANCEDEFINITIONGiuseppe Reibaldi, Moon Village Association (MVA), Austria

IAC-22.E3.2.4ESA’SFUTUREMOONMISSIONSTUDIESMarkus Landgraf, European Space Agency (ESA), The Netherlands

IAC-22.E3.2.5ECONOMICANDNATIONALCOMPETITIVENESSIMPACTSOFTHEARTEMISPROGRAMPatrick Besha, NASA, United States

IAC-22.E3.2.6THEFUTUREOFINTERNATIONALCOOPERATIONINSPACESvetla Ben-Itzhak, Air University, United States

IAC-22.E3.2.7NEWSPACEANDSPACEEXPLORATION:ACOMPARISONBETWEENTHEUSAANDEUROPEAPPROACHTOPROCUREMENTDamini PANTALEON, International Space University (ISU), France

IAC-22.E3.2.8GLOBALLEGALANDPOLICYDEBATESPERTAININGTOLUNARIN-SITURESOURCEUTILISATIONRukmini Roy, Georgia Institute of Technology, Atlanta, United States

IAC-22.E3.2.9AFRAMEWORKFORMARSSAMPLERETURN:WHOGETSACCESSANDWHATISSUESMUSTBEADDRESSEDEkaterina Seltikova, Space Generation Advisory Council (SGAC), France

IAC-22.E3.2.10WHAT’SNEWINNEWSPACE:MAPPINGANDDEFININGNEWSPACEJames Murphy, International Space University (ISU), United States

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E3.3.Economicanalysisofbothactualandpotentialfuturebenefitsfromspaceactivitiesandapplicationstonationsandpeoples.

September 20 2022, 10:15 — E04BCo-Chair(s):PieterVanBeekhuizen,TheNetherlands;HenryHertzfeld,SpacePolicyInstitute,GeorgeWashingtonUniversity,UnitedStates;Rapporteur(s):LuigiScatteia,PricewaterhouseCoopersAdvisory(PwC),France;BhavyaLal,NationalAeronauticsandSpaceAdministration(NASA),UnitedStates;

IAC-22.E3.3.1ASSESSINGTHEVALUEOFTHENEXTGENERATIONSPACEPROJECTS:STATE-OF-THE-ARTANDNEWPERSPECTIVESAlessandro Paravano, Politecnico di Milano, Italy

IAC-22.E3.3.2FOSTERINGATHRIVINGSPACEECOSYSTEMINPORTUGALManuel Wilhelm, Portugal Space Agency, Portugal

IAC-22.E3.3.3NATIONALSPACEINNOVATIONSYSTEMS:THEINDIANFRAMEWORKSagarika Rao Valluri, RNSIT Bangalore, India

IAC-22.E3.3.4SPACEBASEDSOLARPOWER:UPDATESTOECONOMICFEASIBILITYSTUDIESNikolai Joseph, National Aeronautics and Space Administration (NASA), United States

IAC-22.E3.3.5THECASEFORSOLARPOWERSATELLITESOVERTERRESTRIALRENEWABLEENERGYSOURCESAlex Ellery, Carleton University, Space Exploration and Engineering Group, Canada

IAC-22.E3.3.6OPENSPACE:AREVIEWOFPOLICYMAKINGANDPRIVATIZATIONOFSPACESECTORININDIASiddharth Joshi, R V College of Engineering, Bengaluru, India

IAC-22.E3.3.7THECHALLENGESOFLOW-COSTSATELLITESFORSPACESERVICESVENTURESINTHEDEVELOPINGWORLD-AFOCUSONAFRICAGiacomo Primo Sciortino, Italian Space Agency (ASI), Italy

IAC-22.E3.3.8STATISTICSANDTHEMATICSATELLITEACCOUNTSFORMEASURINGTHESPACEECONOMYStéphanie Willekens, European Space Agency (ESA), France

IAC-22.E3.3.9ECONOMYDIMENSIONOFTHEEXPECTEDCISLUNARCITYGennaro Russo, Campania Aerospace District, DAC, Italy

IAC-22.E3.3.10ADATA-DRIVENPROPOSALFORJOINTCOLLABORATIONINSPACEEXPLORATIONJason Cornelius, Pennsylvania State University, United States

E3.4.AssuringaSafe,SecureandSustainableEnvironmentforSpaceActivities

September 20 2022, 15:00 — E04BCo-Chair(s):PeterStubbe,GermanAerospaceCenter(DLR),Germany;JanaRobinson,ThePragueSecurityStudiesInstitute,CzechRepublic;Rapporteur(s):GinaPetrovici,GermanAerospaceCenter(DLR),Germany;

IAC-22.E3.4.1THECOSTOFCONSTELLATIONS:ANANALYTICALAPPROACHTOIMPLEMENTINGSPACETRAFFICMANAGEMENTPOLICYMaggie Allen, Embry-Riddle Aeronautical University, United States

IAC-22.E3.4.2JAPAN’SAPPROACHTOTRANSPARENCYANDCONFIDENCE-BUILDINGMEASURESONON-ORBITSERVICINGKazuto Suzuki, University of Tokyo, Japan

IAC-22.E3.4.3SPACELAWFORNEWSPACEACTORS:FORGOVERNMENTALOFFICIALSANDBEYONDScarlet O’Donnell, Lund University, Germany

IAC-22.E3.4.4STRATEGIESINSUPPORTOFASAFE,SECUREANDSUSTAINABLESPACEENVIRONMENTI. Pessôa-Lopes, International Space Consultant, Portugal

IAC-22.E3.4.5SYNERGYFOROUTERSPACESUSTAINABILITY:ITU’SROLETODAYANDTOMORROWVeronique Glaude, International Telecommunication Union (ITU), Switzerland

IAC-22.E3.4.6THECURRENTSTATEOFINTERNATIONALGOVERNMENTALANDCOMMERCIALBESTPRACTICESANDNORMSOFBEHAVIOURINSPACEPeter Martinez, Secure World Foundation, United States

IAC-22.E3.4.7ROLEOFEMERGINGNATIONSINENSURINGLONG-TERMSPACESUSTAINABILITYMinoo Rathnasabapathy, Massachusetts Institute of Technology (MIT), United States

IAC-22.E3.4.8THEROLEOFTHEPRIVATESECTIONINESTABLISHINGANDSUPPORTINGASAFE,SECURE,ANDSUSTAINABLESPACEENVIRONMENTJenny Franulovic, International Space University (ISU), Australia

IAC-22.E3.4.9CORPORATESOCIALRESPONSIBILITYFORSPACE:WHENWILLITMATTER,ANDWHY?Andrew Garza, Space Policy Institute, George Washington University, United States

IAC-22.E3.4.10THISISOURSPACE:CONTRIBUTIONSFROMTHEYOUNGGENERATIONSFORSUSTAINABLESPACEACTIVITIESMorgane Lecas, Astroscale Ltd, United Kingdom

E3.6.FinancialViabilityandSuppliermonitoringintimesofeconomicvulnerability

September 21 2022, 15:00 — E04BCo-Chair(s):GeraldineNaja,ESA,France;HenryHertzfeld,SpacePolicyInstitute,GeorgeWashingtonUniversity,UnitedStates;Rapporteur(s):KarinaMirandaSanchez,ESA,TheNetherlands;

IAC-22.E3.6.1KEYNOTE:RECALIBRATINGTHESPACESECTORPROCUREMENTPRACTICESTOBETTERPREPAREAFTERCOVID-19Nancy C. Wolfson, American Institute of Aeronautics and Astronautics (AIAA), United States

IAC-22.E3.6.2ANSMESTORYINITSQUESTFORSUSTAINABILITYWITHINTHEREDEFINITIONOFTHEEUROPEANSPACEINDUSTRIALLANDSCAPEHervé Cottard, Almatech SA, Switzerland

IAC-22.E3.6.3EUROPEANSPACESMESFINANCIALVIABILITY:INSIGHTSANDPOLICYPERSPECTIVESMarleen Willekens, KULeuven, Belgium

IAC-22.E3.6.4JENA-OPTRONIKGMBH-DOMINIKKLOSEDominik Klose, Jena-Optronik GmbH, Germany

IAC-22.E3.6.5ANALYSISOFTHECOMMERCIALSATELLITEINDUSTRY:KEYINDICATORS,GLOBALTRENDS,ANDCOVID-19IMPACTCarissa Christensen, Bryce Space and Technology, United States

IAC-22.E3.6.6EMPLOYMENT,SUPPLYCHAINANDSMESUPPORTINPRIVATE-DRIVENNATIONALSPACEPROGRAMINCOVID-19CRISISMi-jin Yoo, Korea Aerospace Research Institute (KARI), Korea, Republic of

IAC-22.E3.6.7HOWTOREMAINRESILIENTDURINGAWORLDWIDEHEALTHCRISIS?Didier Manzoni, APCO Technologies, Switzerland

IAC-22.E3.6.8MANAGINGCOMPLIANCEANDETHICSRISKSBYSPACEAGENCIESINTHECONTEXTOFNEWSPACEANDMARKETVOLATILITYPhilippe Clerc, Centre National d’Etudes Spatiales (CNES), France

E4.56thIAAHISTORYOFASTRONAUTICSSYMPOSIUM

Coordinator(s):A.IngemarSkoog,Germany;GerhardSchwehm,EuropeanSpaceAgency(ESA),TheNetherlands;OtfridG.Liepack,NationalAeronauticsandSpaceAdministration(NASA),JetPropulsionLaboratory,UnitedStates;SandraHaeuplik-Meusburger,TUWien,Austria;

E4.1.Memoirs&OrganisationalHistories

September 20 2022, 15:00 — 733/734Co-Chair(s):SandraHaeuplik-Meusburger,TUWien,Austria;MichaelCiancone,NationalAeronauticsandSpaceAdministration(NASA),JohnsonSpaceCenter,UnitedStates;Rapporteur(s):BrianJirout,Boeing,UnitedStates;PhilippeCosyn,Belgium;NiklasReinke,DeutschesZentrumfürLuft-undRaumfahrte.V.(DLR),Germany;

IAC-22.E4.1.1ANDREWG.HALEY’SINFLUENCEONTHEIAF,IISL,AIAA,IAA,ANDTHEFOUNDATIONSOFSPACELAWANDGOVERNMENTNathan Johnson, The Space Court Foundation Inc., United States

IAC-22.E4.1.2EARLYROCKETORGANIZATIONS:SUCCESSESANDFAILURESMike Pavelec, Air University, United States

IAC-22.E4.1.3HERMANNOBERTHINBERLIN1929–HISSTUDIES,EXPERIMENTANDTHEUFA-ROCKETKarlheinz Rohrwild, Hermann-Oberth-Raumfahrt Museum e.V., Germany

IAC-22.E4.1.4“NOONE’SFARFROMANYONE,ANYMORE”:AUSTRALIA’SOVERSEASTELECOMMUNICATIONSCOMMISSIONANDITSROLEINSATELLITECOMMUNICATIONSANDSPACEEXPLORATIONKerrie Dougherty, Australia

IAC-22.E4.1.7POLITICSANDSPACE：NAKASONEYASUHIROANDJAPANESESPACEPROGRAMSNaoko Sugita, Japan Aerospace Exploration Agency (JAXA), Japan

IAC-22.E4.1.9(non-confirmed)ASPECIALCASEFORSPACE?:MARGARETTHATCHERANDTHEBRITISHNATIONALSPACECENTRE,1984-1987Douglas Millard, The Science Museum, United Kingdom

IAC-22.E4.1.10THELIABILITYCONVENTIONAT50Hannes Mayer, Karl Franzens Universität Graz, Austria

IAC-22.E4.1.11SCIENCEANDSTRENGTH:THEHISTORYOFTHERELATIONSHIPBETWEENCIVILANDMILITARYSPACEORGANIZATIONSINTHEUNITEDSTATESElsbeth Magilton, University of Nebraska, College of Law, United States

IAC-22.E4.1.12ATRAVELINGHUBOFINFORMATION:ANORGANIZATIONALHISTORYOFTHELIBRARYATNASAJETPROPULSIONLABORATORYCaroline Coward, NASA Jet Propulsion Laboratory, United States

E4.2.ScientificandTechnicalHistories

September 21 2022, 10:15 — 733/734Co-Chair(s):VeraPintoGomes,EuropeanCommission,Belgium;HannesMayer,KarlFranzensUniversitätGraz,Austria;Rapporteur(s):KarlheinzRohrwild,Hermann-Oberth-RaumfahrtMuseume.V.,Germany;PieroMessina,EuropeanSpaceAgency(ESA),France;RandyLiebermann,UnitedStates;

IAC-22.E4.2.1“THEFIRST`SPACEAGE,’CA.1850-1915---ARE-EXAMINATIONOFTHEEARLIESTKNOWNAPPEARANCESOFSPACEFLIGHTINPOPULARCULTUREANDSCIENCE,PARTI:THEROLEOFSCIENCEFICTIONFrank H. Winter, National Air and Space Museum, United States

IAC-22.E4.2.2THEHITLER-VALIERCONVERSATIONONROCKETRYWolfgang Both, Germany

IAC-22.E4.2.3SCIENTIFICDIFFUSIONATTHEENDOFWORLDWARIIMike Pavelec, Air University, United States

IAC-22.E4.2.5THELUNARMODULESIMULATOR:ANINSTRUCTOR’SACCOUNTAlbert Jackson, Triton Systems LLC, United States

IAC-22.E4.2.7HISTORICALLESSONSOFTHEORIONANDNERVAPROJECTS:MANAGINGPUBLICOPINIONANDPOLITICALUNCERTAINTYINSPACEPROGRAMSAmaury Dufay, Institute of Strategic and Defense Studies (IESD), France

IAC-22.E4.2.8ROCKETRYPROJECTSAT“ORTRAMAT-GAN”TECHNICALHIGHSCHOOLINISRAEL,1972-1973Tal Inbar, Israel

IAC-22.E4.2.9PRE-HISPANICCULTURES:ANCIENTCOSMOVISIONANDITSIMPACTTONOWADAYSSPACEMISSIONS,SUCHASMAYANSPACE,AMEXICANSPACEAGENCY.Sebastián Sala Baltazar, Universidad Nacional Autónoma de México (UNAM), Mexico

IAC-22.E4.2.10ONESMALLSTEPTHATDESERVESPRESERVATION:HUMANTRACEFOSSILSONTHEMOONAlice Gorman, Flinders University, Australia

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IAC-22.E4.2.11SOCIAL-CONSTRUCTIVISMANDSPACE:HOWHISTORYINFLUENCESMODERNSPACEPOLICYRaveen Sidhu, University of British Columbia, Canada

IAC-22.E4.2.12THEORIGINSOFTHEASTRONAUTPROGRAMINISRAEL1998:BETWEENASTRONAUTTRAININGANDPAYLOADDEVELOPMENTTal Inbar, Israel

E4.3.HistoryofFrenchContributiontoAstronautics

September 22 2022, 10:15 — 733/734Co-Chair(s):OtfridG.Liepack,NationalAeronauticsandSpaceAdministration(NASA),JetPropulsionLaboratory,UnitedStates;LouisLaidet,InternationalAcademyofAstronautics(IAA),France;Rapporteur(s):TalInbar,[unlisted],Israel;KerrieDougherty,Australia;

IAC-22.E4.3.1FROMVERONIQUETOARIANE5,THESIGNIFICANTCONTRIBUTIONSOFFRENCHSPACEMarion Pigassou, International Space University (ISU), France

IAC-22.E4.3.2HAMMAGUIRANDFRANCE’SFIRSTSTEPSINSPACEPhilippe Varnoteaux, Institut Français d’Histoire de l’Espace, France

IAC-22.E4.3.3SEREBVE121EMERAUDE,ADIAMANTSPACELAUNCHERPRECURSORPhilippe Jung, Airbus SAS, France

IAC-22.E4.3.4ONERAATTHEBEGINNINGOFSPACEEXPLORATION(1950-1963)Philippe Varnoteaux, Institut Français d’Histoire de l’Espace, France

IAC-22.E4.3.5JACQUESBLAMONT(1926-2020):A“FOUNDINGFATHER”OFTHEFRENCHSPACESECTORPhilippe Varnoteaux, Institut Français d’Histoire de l’Espace, France

IAC-22.E4.3.6ARABSAT,HISTORY’SSECONDINTERNATIONALTELECOMSATELLITEORGANIZATIONPhilippe Jung, Airbus SAS, France

IAC-22.E4.3.7DASSAULTAVIATION,DESIGNEROFSPACEPLANESPhilippe Coué, Dassault Aviation, France

IAC-22.E4.3.9GOINGSOUTH:LESSONSLEARNEDFROMTHELARGESTPROJECTENGINEERINGFAILUREINMODERNHISTORYJohn Scott, National Aeronautics and Space Administration (NASA), United States

E5.33rdIAASYMPOSIUMONSPACEANDSOCIETY

Coordinator(s):GeoffreyLanguedoc,CanadianAeronautics&SpaceInstitute(CASI),Canada;OlgaBannova,UniversityofHouston,UnitedStates;

E5.1.SpaceArchitecture:Habitats,Habitability,andBases

September 18 2022, 15:15 — W01Co-Chair(s):OlgaBannova,UniversityofHouston,UnitedStates;AnnaBarbaraImhof,LiquiferSystemsGroup(LSG),Austria;

Rapporteur(s):Anne-MarleneRüede,EcolePolytechniqueFédéraledeLausanne(EPFL),Switzerland;

IAC-22.E5.1.1(non-confirmed)KEYNOTE:SEASPACEGENERATIONJacques Rougerie, Jacques Rougerie Architecte, France

IAC-22.E5.1.2DEVELOPMENTOFTHEHABITATIONANDLOGISTICSOUTPOSTMODULEFORNASA’SGATEWAYLUNARSTATIONR. Bryan Sullivan, Northrop Grumman Corporation, United States

IAC-22.E5.1.3IMPLEMENTATIONOFHUMANSYSTEMSINTEGRATIONTECHNICALANDMANAGEMENTPROCESSFORTHELUNARGATEWAYPROGRAMJackelynne Silva-Martinez, NASA, United States

IAC-22.E5.1.4THEINTERNATIONALSPACESTATIONARCHAEOLOGICALPROJECT:NEWINSIGHTSINTODESIGNINGSPACEHABITATSAlice Gorman, Flinders University, Australia

IAC-22.E5.1.5ASTRONAUTSATHOMEONTHEINTERNATIONALSPACESTATIONPhyllis Johnson, University of British Columbia, Canada

IAC-22.E5.1.6LUNARWORM:DESIGNINGAHYBRIDCLASSHABITATIONMODULEINSPIREDBYNATUREDaniele Florenzano, Politecnico di Milano, Italy

IAC-22.E5.1.7HOLISTICOUTPOSTDESIGNFORLUNARLAVATUBESAnna Vock, Germany

IAC-22.E5.1.8TECHNOLOGIESONATRANSPARENTRESTROOMCOULDBEUSEDFORLUNARHABITATSAkifumi Mimura, Japan

IAC-22.E5.1.9MISSION:ASTROACCESS—APPLYINGTHEPRINCIPLESOFUNIVERSALDESIGNTOSPACEARCHITECTUREAnna Voelker, United States

IAC-22.E5.1.10WINDOWSASAKEYELEMENT–THESPACEBETWEENSandra Haeuplik-Meusburger, TU Wien, Austria

IAC-22.E5.1.11DESIGNEXPLORATIONFORAMARTIANHABITATTHROUGHADIGITALTOOLFORPARAMETRICINTERIORARCHITECTUREMarta Rossi, Politecnico di Milano, Italy

IAC-22.E5.1.12ADAPTABILITYINSPACEUSINGTHERHYTHMICBUILDINGSFRAMEWORKLayla A. van Ellen, Newcastle University, United Kingdom

E5.2.IsSpaceR&DTrulyFosteringABetterWorldForOurFuture?

September 19 2022, 15:00 — W01Co-Chair(s):OlgaBannova,UniversityofHouston,UnitedStates;NonaMinnifieldCheeks,Innovatyr,LLC,UnitedStates;Rapporteur(s):AnnaBarbaraImhof,LiquiferSystemsGroup(LSG),Austria;KerryLeonard,NationalAeronauticsandSpaceAdministration(NASA),GoddardSpaceFlightCenter,UnitedStates;

IAC-22.E5.2.1EXITINGTHEECHOCHAMBER—HOWSPACECANPROVIDEGREATERVALUEBYBETTERUNDERSTANDINGITSBENEFICIARIESANDPARTNERSDavid Hebert, ASTROSCALE JAPAN Inc., United States

IAC-22.E5.2.2INDUSTRY4.0ANDTHESPACESECTOR:NEWMANAGEMENTMODELFORANALYTICALINTEGRATIONOFSMARTCITIESWITHINTHEFRAMEWORKOFTHEACHIEVEMENTOFTHESUSTAINABLEDEVELOPMENTGOALSINTHE2030AGENDASofía Andrea Huerta Ramírez, Universidad Nacional Autónoma de México, Mexico

IAC-22.E5.2.3COMMERCIALVIABILITYOFLOW-COSTPORTABLEMRISCANNERSUSINGADVANCEMENTSINSPACETECHNOLOGIESANDOPERATIONSChesler Thomas, University Bourgogne Franche-Comté, France

IAC-22.E5.2.4FRAMEWORKFORREGIONALCOOPERATION,CAPACITY-BUILDING,ANDCOMPETITIVENESSINSPACEMEDICINEANDBIOLOGYRESEARCHINASIA-PACIFICFlorence Pauline Basubas, Space Generation Advisory Council (SGAC), The Philippines

IAC-22.E5.2.6STARLINKFORASEAN:CANITBETHECHANGEMAKERINTHERACETOWARDSDGS?Morokot Sakal, American University of Phnom Penh, Cambodia

IAC-22.E5.2.7POLICIESTOOPTIMIZESPACER&DINVESTMENTSANDPUBLIC-TO-PRIVATETECHNOLOGYTRANSFERINPRIVATE-DRIVENNATIONALSPACEPROGRAMMi-jin Yoo, Korea Aerospace Research Institute (KARI), Korea, Republic of

IAC-22.E5.2.8THENOTSOFUNNYPARALLEL:HUMANSPACEEXPLORERSANDDISASTER-DISPLACEDPEOPLEJesper Jorgensen, Denmark

E5.3.ContemporaryArtsPracticeandOuterSpace:AMulti-DisciplinaryApproach

September 20 2022, 15:00 — W01Co-Chair(s):RichardClar,ArtTechnologies,UnitedStates;JacquesArnould,CentreNationald’EtudesSpatiales(CNES),France;Rapporteur(s):DanielaDePaulis,TheNetherlands;

IAC-22.E5.3.1SPACEART:ATRAJECTORYEduardo Kac, National Space Society, United States

IAC-22.E5.3.3META-FUTURISM:ANIMMERSIVEWORKSHOPWITHSCIENCEFICTIONELEMENTSTOFACILITATEACONVERSATIONONCLIMATECHANGEANDSPACEEXPLORATIONMona Nasser, University of Plymouth, United Kingdom

IAC-22.E5.3.4COSMOS,AMUSICALANDSPATIALELECTROOPERAOlivier Boisard, Consulting engineer OB-Conseil, and professor at Ecole Centrale de Lille, France

IAC-22.E5.3.5EMBRACETHROUGHTHEUNIVERSE:SOUNDDESIGNWITHCOSMICMUONSANDTHEPARAMETERSOFSOLARWINDYuri Tanaka, Kyoto City University of Arts, Japan

IAC-22.E5.3.6ARTMOONMARS:ART-SCIENCEGALLERYINSPACEANDONTHEMOONBernard Foing, ILEWG “EuroMoonMars”, The Netherlands

IAC-22.E5.3.7\=ENGINESOF\=ETERNITY:ANARTISTICINQUIRYINTOSPACESETTLEMENTIDEOLOGYUSINGROTIFEREXPERIMENTSONBOARDTHEISSAngelo C.J. Vermeulen, Delft University of Technology (TU Delft), The Netherlands

IAC-22.E5.3.8ALTAMIRACOMETPROOF-OF-CONCEPTGreg Pass, Cornell University, United States

IAC-22.E5.3.9VISUALSTRATEGYINEARLYSTAGESPACEMISSIONFORMULATIONENVIRONMENTSATNASA’SJETPROPULSIONLABORATORYKatherine Park, Jet Propulsion Laboratory - California Institute of Technology, United States

IAC-22.E5.3.10SPACE-GROUNDEDChang Hee Lee, Korea Advanced Institute of Science and Technology (KAIST), Korea, Republic of

IAC-22.E5.3.11AIRAFTERSPACE:FROMTHEINVISIBLETOTHETANGIBLEAlice Jarry, Concordia University, Canada

IAC-22.E5.3.12SPACEDOWNMarie-Pier Boucher, University of Toronto, Canada

IAC-22.E5.3.13BRINGINGSPACEDOWNTOEARTH:VIRTUALREALITYSIMULATIONSOFTHEOVERVIEWEFFECTSahba El-Shawa, Space Generation Advisory Council (SGAC), Jordan

IAC-22.E5.3.14THEMETAMORPHOSISOFAPERIPLANETAAMERICANADaniela De Paulis, The Netherlands

IAC-22.E5.3.15DOWNTOEARTH:ONSPACEURBANISMANDSPACECITIESMarie-Pier Boucher, University of Toronto, Canada

IAC-22.E5.3.16SPACEJUGGLINGANDANEWLOOKATTRAJECTORIESINROTATINGHABITATSRobert Dipert, North Carolina State University, United States

E5.4.SpaceAssetsandDisasterManagement

September 21 2022, 15:00 — W01Co-Chair(s):GeoffreyLanguedoc,CanadianAeronautics&SpaceInstitute(CASI),Canada;JilliannePierce,SpaceFlorida,UnitedStates;

IAC-22.E5.4.1TRANS-GOVERNMENTALSPACENETWORKSASSOFTDISASTERMANAGEMENTMECHANISMSVERSUSHARDDISASTERMANAGEMENTMECHANISMS;CHALLENGESANDEFFECTIVENESSSima Moradinasab, Shahid Beheshti University, Iran

IAC-22.E5.4.2SPACESAFETYFORDISASTERMANAGEMENTONTHEGROUNDIlaria Cinelli, AIKO S.r.l., Italy

IAC-22.E5.4.3ROLEOFCULTUREONSPACESCIENCESINAFRICABabagana BABAGANA, KANURI DEVELOPMENT ASSOCIATION, Nigeria

IAC-22.E5.4.4DEFENCEAGAINSTTHEDARKNESSCAUSINGARTSDharshun Sridharan, Australia

IAC-22.E5.4.5IMPROVINGTHEPREPAREDNESSOFMOZAMBIQUEAGAINSTCYCLONESEVENTMustapha Iderawumi, Nigeria

IAC-22.E5.4.6REMOTE-SENSINGTECHNOLOGIESTOWARDSFLOODMITIGATIONININDIA’SNORTHEASTREGION:ACASE-STUDYPriyanka Das Rajkakati, France

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IAC-22.E5.4.7OILSPILLSANALYSISINTHEPERUVIANCOASTUSINGEARTHOBSERVATIONDATA:LAPAMPILLAREFINERYCASE2022Natalia Indira Vargas-Cuentas, Image Processing Research Laboratory (INTI-Lab). Universidad de Ciencias y Humanidades - UCH, Peru

IAC-22.E5.4.8SATELLITEGROUNDSENSORTERMINALDESIGN:USEOFLORATOTRANSMITREMOTESENSORDATAFROMNEPAL’SHIMALAYANREGIONFORDISASTERMITIGATIONSagar Koirala, Nepal Space Foundation, Nepal

IAC-22.E5.4.9DISASTERPREVENTIONANDEVACUATIONTECHNOLOGIESONEARTHANDTHEIRAPPLICATIONTOSPACETRAVELTaichi Yamazaki, ASTRAX, Inc., Japan

E5.5.Sharingspaceachievementsandheritage:spacemuseumsandsocieties

September 22 2022, 10:15 — W01Co-Chair(s):PeterBuist,EuropeanUnionAgencyfortheSpaceProgramme(EUSPA),TheNetherlands;Jean-BaptisteDesbois,SEMECCELCitédel’Espace,France;InesPrieto,SEMECCELCitédel’Espace,France;Rapporteur(s):ClementineDecoopman,SpaceGenerationAdvisoryCouncil(SGAC),Austria;

IAC-22.E5.5.1THEPEDROE.PAULETPERUVIANAEROSPACEMUSEUMTHROUGHTWITTER2022David Villanueva, Universidad Nacional Mayor de San Marcos, Peru

IAC-22.E5.5.2THEAUSTRALIANSPACEDISCOVERYCENTRE:APUBLICFACEFORTHEAUSTRALIANSPACEAGENCYKerrie Dougherty, Australia

IAC-22.E5.5.3REUNIONSPACEACADEMY,OPENINGTHEDOORTOPOSSIBILITIESErika Velio, PIKALI, La Reunion

IAC-22.E5.5.4HOWAPROFESSIONALSOCIETYSURVIVED(ANDTHRIVEDIN)THEPANDEMICAlan T. DeLuna, American Astronautical Society (AAS), United States

IAC-22.E5.5.5STEM,STEAMANDSHAPEINTHESPACEARCHIVE:DEFININGTHEROLEOFARCHIVESINAEROSPACERESEARCHANDEDUCATIONReagan Grimsley, University of Alabama in Huntsville, United States

IAC-22.E5.5.6VIDEOGAMESASAPLATFORMTOCONNECTTOHERITAGE:PRELIMINARYCONSIDERATIONSAROUNDTHESPATIALDELIMITATIONANDTHEINTEROPERABILITYOFOPENDATA.Jordi Sandalinas, University Pompeu Fabra of Barcelona, Spain

IAC-22.E5.5.7“MYSPACEHERITAGEISMOREIMPORTANTTHANYOURSPACEHERITAGE”:THECARNARVONSATELLITEEARTHSTATIONASACASESTUDYONISSUESINTHEINTERPRETATIONOFASPACEHERITAGESITEKerrie Dougherty, Australia

IAC-22.E5.5.8WHATDOTHEYNEEDFORASPACEMUSEUM?Ayako Kurono, Japan

IAC-22.E5.5.10ACHANCEFOREVERYONETOSTEPINTHEENVIRONMENTOFSPACEShivam Garg, India

E5.6.SimulatingSpaceHabitation:Habitats,DesignandSimulationMissions

September 22 2022, 13:45 — W01Co-Chair(s):AnnaBarbaraImhof,LiquiferSystemsGroup(LSG),Austria;JuliePatarin-Jossec,RussianAcademyofSciences,France;Rapporteur(s):SandraHaeuplik-Meusburger,TUWien,Austria;

IAC-22.E5.6.1COMPARISONBETWEENSPACEANALOGSFORFUTURESPACEMISSIONSMarcos Bruno, Universidad Nacional de Cuyo, Argentina

IAC-22.E5.6.2(non-confirmed)TECHNOLOGYDEMONSTRATORFORAROTATINGSPACESTATIONDavid Nixon, Consultant, France

IAC-22.E5.6.3INTEGRATINGDUAL-PURPOSEDMEANINGFULEXTENDEDREALITY(XR)EXPERIENCESINTOADAILYEXERCISEROUTINEINISOLATED,CONFINED,ANDEXTREME(ICE)ENVIRONMENTS:ENGINEERINGDESIGNSTUDENTCONCEPTSFORIMPROVINGCREWMOTIVATIONANDPROPRIOCEPTIONKaja Antlej, Deakin University, Australia

IAC-22.E5.6.4DEVELOPMENTANDCONSTRUCTIONOFALOW-COSTOPEN-SOURCEHABITATFORANALOGMISSIONSOscar Ojeda, Texas A&M University, United States

IAC-22.E5.6.5SITESELECTIONCRITERIAFORSPACEANALOGS:JORDANSPACERESEARCHINITIATIVECASESTUDYSahba El-Shawa, Space Generation Advisory Council (SGAC), Jordan

IAC-22.E5.6.6DESIGNOFMARSMODULARSETTLEMENTUNITSRahaf Zorba, Jordan

IAC-22.E5.6.7LUNEVA:THEFIRSTMEXICANHIGHALTITUDEANALOGSPACERESEARCHECO-STATIONAcatzin Benítez Salgado, Universidad Autónoma del Estado de México (UAEMéx), Mexico

IAC-22.E5.6.8STANDARIZATIONOFSPACEANALOGMISSIONSFORIMPROVEMENTOFSCIENTIFICOUTCOMEAgata Kolodziejczyk, Analog Astronaut Training Center, Poland

IAC-22.E5.6.9(non-confirmed)ASTUDYOFSPACEANALOGCOMMUNICATIONSSYSTEMSKaren Rucker, United States

E6.IAFBUSINESSINNOVATIONSYMPOSIUM

Coordinator(s):KenDavidian,UnitedStates;NancyC.Wolfson,AmericanInstituteofAeronauticsandAstronautics(AIAA),UnitedStates;

E6.1.EntrepreneurshipandInnovation:ThePractitioners’Perspectives

September 21 2022, 15:00 — 733/734Co-Chair(s):GaryMartin,InternationalSpaceUniversity,UnitedStates;NicolasPeter,InternationalSpaceUniversity(ISU),France;Rapporteur(s):AZAMSHAGHAGHI,SpaceTourismSocietyCanada,Canada;

IAC-22.E6.1.1CATALYZINGSPACEINDUSTRIES::-LESSONSLEARNEDFROMNEWZEALANDONBUILDINGENTREPRENEURIALSPACEECOSYSTEMSINDEVELOPINGANDEMERGINGCOUNTRIESEric Dahlstrom, SpaceBase Limited, New Zealand

IAC-22.E6.1.2THEDIFFICULTIESOFSMALLSPACESTARTUPSINACCESSINGMANUFACTURINGRESOURCESShehroz Hussain, Canada

IAC-22.E6.1.3LESSONSLEARNEDFROMSGAC’SPRE-ACCELERATORPROGRAMONLEGAL/IPPROTECTION,SUSTAINABILITYTESTING,ANDRELEVANCEOFACCESSIBLENETWORKFORMARKETVALIDATIONFORSPACEENTREPRENEURSHarlee Quizzagan, Space Generation Advisory Council (SGAC), The Philippines

IAC-22.E6.1.4INTEGRATINGSPACEINDUSTRY:THE5THELEMENTVugar Bayramov, Space Agency of Republic of Azerbaijan (Azercosmos), Azerbaijan

IAC-22.E6.1.5THEEVOLUTIONOFAVATARCOLLABORATIONINSPACE:INNOVATION,OPPORTUNITIESANDCHALLENGESOFNEWSPACEBUSINESSDEVELOPMENTNaoko Sugita, Japan Aerospace Exploration Agency (JAXA), Japan

IAC-22.E6.1.6STRATEGICAPPROACHINSECTORDEVELOPMENTINEMERGINGSPACEECOSYSTEMSMichal Brichta, Slovak Investment and Trade Development Agency (SARIO) - Slovak Space Office, Slovak Republic

IAC-22.E6.1.7THECONTRIBUTIONOFSPACETOTHEMEDIA&ENTERTAINMENTINDUSTRIESLuinaud Mathieu, PricewaterhouseCoopers Advisory (PwC), France

IAC-22.E6.1.8ESA’SOPENSPACEINNOVATIONPLATFORM-ARADICALLYNEW,OPEN,LOWTHRESHOLDACCESSTOEARLYSTAGERESEARCHANDDEVELOPMENTACTIVITIESLeopold Summerer, European Space Agency (ESA), The Netherlands

IAC-22.E6.1.9ATRANSITIONOFCHINA’SSPACEENTREPRENEURIALACTIVITIESZihua Zhu, Beijing Commsat Technology Development Co., Ltd., China

IAC-22.E6.1.10PROCUREMENTAKEYDRIVERTOFOSTERNEWMARKETSINTHENEWSPACEECONOMYNicolas Peter, International Space University (ISU), France

E6.2.FinanceandInvestment:ThePractitioners’Perspectives

September 20 2022, 10:15 — 733/734Co-Chair(s):JoergKreisel,JOERGKREISELInternationalConsultant(JKIC),Germany;LuisellaGiulicchi,WomeninAerospaceEurope(WIA-E),TheNetherlands;Rapporteur(s):DariaStepanova,MoscowInstituteofPhysicsandTechnology,RussianFederation;

IAC-22.E6.2.1KEYNOTE:NEWECONOMYFORCOMMERCIALSUSTAINABILITYDRIVINGSPACERESOURCESUTILIZATIONANDPPPNancy C. Wolfson, American Institute of Aeronautics and Astronautics (AIAA), United States

IAC-22.E6.2.2SAFEHAVENFORUKRAINIANSPACESTARTUPSINPOLISHACCELERATIONPROGRAMKrzysztof Kanawka, Blue Dot Solutions, Poland

IAC-22.E6.2.3TAXATIONINCENTIVES:ATOOLFORFAST-TRACKINGTHEGROWTHOFEMERGINGNEWSPACEINDUSTRIES.CASESTUDY:AFRICAAdewale Adelanwa, Nigeria

IAC-22.E6.2.4AFIRSTSTEPTOWARDSTHEDEMOCRATICCOMMERCIALISATIONOF\\SPACERESOURCESDATAHarry Lars Ghillemyn, Luxembourg

IAC-22.E6.2.5SPACEVENTUREEUROPE:ENTREPRENEURSHIPANDINVESTMENTINTHEEUROPEANSPACESECTORJules Varma, European Space Policy Institute (ESPI), Austria

IAC-22.E6.2.6AGROWINGGLOBALSPACEECONOMY…BUTWHEREEXACTLY?Steve Bochinger, Euroconsult, France

IAC-22.E6.2.7START-UPSPACE:GLOBALINVESTMENTTRENDSBrian Dunn, Bryce Space and Technology, United States

IAC-22.E6.2.8INITIALUSER-DRIVENFRAMEWORKFORDEVELOPINGTRADE-OFFSCENARIOSFOR“PERCEIVEDRISKS”OFSPACEDEBRISCOLLISIONStela Tkatchova, EISMEA, Belgium

IAC-22.E6.2.9SPACEINVESTMENTTOENCOURAGETOSUSTAINABLEGROWTHOFSPACEECONOMYMisuzu Onuki, Space Access Corporation, Japan

IAC-22.E6.2.10THEESAINVESTORFORUM:UNLEASHINGPRIVATECAPITALFORSCALING-UPSPACEINNOVATION.Gonzalo Martin de Mercado, ESA - European Space Agency, United Kingdom

IAC-22.E6.2.11BRIDGINGTHEVALLEYOFDEATH–AMUCHNEEDEDHANDSHAKEBETWEENPRIVATEANDPUBLICACTORS.Maud Moullec, HE Space, The Netherlands

IAC-22.E6.2.12ASSET-BASEDFINANCINGINTHESPACEINDUSTRY-LESSONSFROMAVIATIONFINANCEANDMARKETREADINESSSusana Fornies Rodriguez, France

E6.3.Innovation:TheAcademics’Perspectives

September 19 2022, 15:00 — 733/734Co-Chair(s):KenDavidian,UnitedStates;GeorgeA.Danos,CyprusSpaceExplorationOrganisation(CSEO),Cyprus;Rapporteur(s):AnamolMittal,InternationalSpaceUniversity(ISU),France;

IAC-22.E6.3.1SPACESECTORDESCRIPTIONKen Davidian, United States

IAC-22.E6.3.2CREATERNITYSPACE:INSEARCHOFCIRCULARITYFORREUSEOFSPACECRAFTMATERIALSMargot Clauss, Luleå University of Technology, Sweden

IAC-22.E6.3.4THEGLOBALSPACEACCELERATORLANDSCAPEChristopher Richardson, International Space University (ISU), United States

IAC-22.E6.3.5THESPIN(W)INMETHOD:THEBESTSPIN-OFFSTRATEGYFORYOURSPACECOMPANYAlev Sönmez, Blekinge Institute of Technology, Germany

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IAC-22.E6.3.6TRENDSINSATELLITEMASSDISTRIBUTIONDATAAdam Dąbrowski, Poland

IAC-22.E6.3.7WHATISVALUEINTHENEWSPACEECONOMY?UNVEILINGITSVALUEDIMENSIONSAlessandro Paravano, Politecnico di Milano, Italy

IAC-22.E6.3.8TOWARDSANTIRACISTANDANTICOLONIALATTITUDESANDNORMSINTECHNOLOGYINDUSTRIES:ACOMPARATIVEANALYSISOFPOLICIESINTHEAEROSPACEANDNUCLEARINDUSTRIESANDTHEIRIMPACTSONINNOVATIONKatlyn Turner, Massachusetts Institute of Technology (MIT), United States

IAC-22.E6.3.9THELEADERSHIPCOMPETENCIESOFNEWSPACEORGANISATIONSAlina Vizireanu, Space Generation Advisory Council (SGAC), United Kingdom

IAC-22.E6.3.10PLACEHOLDERFOR$PACEISBUSINESSPAPERWRITINGCOMPETITIONWINNERKen Davidian, United States

E6.4.StrategicRiskManagementforSuccessfulSpace&DefenceProgrammes

September 19 2022, 10:15 — 733/734Co-Chair(s):Maria-GabriellaSarah,EuropeanSpaceAgency(ESA),France;HelenTung,NewSpace2060,Australia;RuedigerSuess,DeutschesZentrumfürLuft-undRaumfahrte.V.(DLR),Germany;Rapporteur(s):AndrewCourt,TNO,TheNetherlands;

IAC-22.E6.4.1CAPTURINGERMLESSONSLEARNEDFROMTHECOVID-19PANDEMICTHROUGHCONCEPTMAPPINGMaria-Gabriella Sarah, ESA - European Space Agency, Italy

IAC-22.E6.4.2(non-confirmed)TOOL-BASEDAPPROACHTOREGULATORYRISKMITIGATIONMarina Pokrovskaya, Germany

IAC-22.E6.4.3ROOMFORIMPROVEMENT–THESPACEINDUSTRYANDESGGOALSCharity Weeden, ASTROSCALE JAPAN Inc., United States

IAC-22.E6.4.4SECURITYANDSTABILITYINOUTERSPACE:LESSONSFROMARMSCONTROLJessica West, Project Ploughshares, Canada

IAC-22.E6.4.6MANAGINGBLACKSWANRISKINTHESPACESECTOR-OBSERVATIONSFROMLESSONSLEARNEDBASEDONINSURANCEANDCONTRACTPRACTICEKatarzyna Malinowska, Kozminski University, Poland

IAC-22.E6.4.7IDEATINGAPARTICIPATORYRISKASSESSMENTMATRIXFORFUTURELUNARMISSIONSMatija Rencelj, European Space Policy Institute (ESPI), Austria

IAC-22.E6.4.8“MOONOBJECTIVEANDLUNARBASE”.ANTHROPOLOGICALPROSPECTIVEOFDEFENSEANDSECURITY.DRISABELLETISSERAND.ANTHROPOLOGIST,DOCTOROFTHESCHOOLOFADVANCEDSTUDIESINSOCIALSCIENCES(EHESS).CITIZENRESERVISTCC.FRENCHNAVY.Isabelle Tisserand, France

IAC-22.E6.4.9GOINGDIGITAL,STAYINGSECURE:CYBERERMACTIVITIESINAPOST-PANDEMICSETUPAntonio Carlo, Tallinn University of Technology, Estonia

IAC-22.E6.4.10RISKMANAGEMENTATCNESBernard Chemoul, Centre National d’Etudes Spatiales (CNES), France

IAC-22.E6.4.11(non-confirmed)REDUCINGTHESTRATEGICRISKSTOCOMMERCIALLUNARMISSIONSUSINGPEOPLEMANAGEMENTAPPROACH.Natalia Lemarquis, International Space University (ISU), France

E6.5-GTS.1.EntrepreneurshipAroundtheWorld

September 20 2022, 15:00 — W07Co-Chair(s):GeorgeA.Danos,CyprusSpaceExplorationOrganisation(CSEO),Cyprus;NancyC.Wolfson,AmericanInstituteofAeronauticsandAstronautics(AIAA),UnitedStates;Rapporteur(s):AnamolMittal,InternationalSpaceUniversity(ISU),France;

IAC-22.E6.5-GTS.1.1STARDUSTSPACECOMPANYAndrea Santos Lopez, International Space University (ISU), France

IAC-22.E6.5-GTS.1.2ENTREPRENEURSHIPINEMERGINGSPACENATIONSOFASIAPACIFICREGIONSindhu Paramasivam, Asia Pacific Oceania Space Association-APOSA, India

IAC-22.E6.5-GTS.1.3NEWSPACEENTREPRENEURSHIPINBRAZIL:CHALLENGESANDOPPORTUNITIESIan Grosner, Brazilian Space Agency (AEB), Brazil

IAC-22.E6.5-GTS.1.4BARRIERSOFENTERINGSPACEMARKET–CASEOFENTREPRENEURSINCENTRALEASTERNEUROPEKatarzyna Malinowska, Kozminski University, Poland

IAC-22.E6.5-GTS.1.5ANEWRELATIONSHIPBETWEENSPACESTARTUPSANDTHEGOVERNMENTINCHINAZihua Zhu, Beijing Commsat Technology Development Co., Ltd., China

IAC-22.E6.5-GTS.1.6BUSINESSOPPORTUNITIESINTHEDEVELOPINGCOUNTRIES:TECHNOLOGYTRANSFERItzel Rocillo, Universidad Nacional Autónoma de México (UNAM), Mexico

IAC-22.E6.5-GTS.1.7THESPACELANDBUSINESSMODELTOOVERCOMECULTURALBARRIERSINSPACE-ENGAGEMENTWORLD-WIDECarlo Viberti, SpaceLand Africa, Mauritius

IAC-22.E6.5-GTS.1.8THEECONOMICALVALUEOFBUILDINGCUBESATUSINGWIDESUPPLIERSBASESaish Sridharan, Space Products and Innovation, Germany

IAC-22.E6.5-GTS.1.10ENTREPRENEURIALOPPORTUNITIESANDTRENDSINTHEEMERGINGGLOBALSPACEECOSYSTEMKelli Kedis Ogborn, Space Foundation, United States

E7.IISLCOLLOQUIUMONTHELAWOFOUTERSPACE

Coordinator(s):LesleyJaneSmith,LeuphanaUniversityofLüneburg/Weber-Steinhaus&Smith,Germany;CatherineDoldirina,InternationalInstituteofSpaceLaw(IISL),Italy;TanjaMasson-Zwaan,InternationalInstituteofAirandSpaceLaw,LeidenUniversity,TheNetherlands;

E7.1.IISLHighlightlectureandYoungScholarsession

September 18 2022, 15:15 — S01Co-Chair(s):SetsukoAoki,KeioUniversity,Japan;PhilippeClerc,CentreNationald’EtudesSpatiales(CNES),France;

IAC-22.E7.1.1KEYNOTE:HIGHLIGHTLECTUREBYPROF.ARMELKERRESTArmel Kerrest, University of Western Brittany (UBO), France

IAC-22.E7.1.2LEGALISSUESOFINTERNATIONALCOOPERATIONINTHEOPERATIONOFCHINA’SSPACESTATIONJie Long, Shenzhen University, China

IAC-22.E7.1.3CISLUNARNETWORKS:LEGALANDREGULATORYISSUESRELATEDTOTHEESTABLISHMENTOFHYBRIDEARTH-MOONSATELLITECOMMUNICATIONSYSTEMSVinicius Aloia, Luxembourg

IAC-22.E7.1.4FROMCHUQUICAMATATONEREUS:ACONTRIBUTIONOFCHILEANLEGISLATIONTOINTERNATIONALLAWSONSPACEMINING.Isi Casas del Valle Pacheco, Space Generation Advisory Council (SGAC), Chile

IAC-22.E7.1.5SPACEFLIGHTACCIDENTINVESTIGATION:THENEEDFORCLARITYBEFOREANDAFTERACATASTROPHERamzi Masri-Elyafaoui, United States

IAC-22.E7.1.6THEINCREASINGLEGALEFFECTINTERNATIONALORGANISATIONSHAVEONTHEDEVELOPMENTANDIMPLEMENTATIONOFSPACELAWANDPOLICYWITHASPECIALFOCUSONNATO,EUANDESARosanna Hoffmann, European Space Agency (ESA), France

IAC-22.E7.1.7INTERNATIONALLEGALCONSIDERATIONSWHENTRANSITIONINGTELEMETRY,TRACKING,ANDCOMMAND(TT&C)CONTROLSTORECEIVEON-ORBITSERVICINGLaura Cummings, Astroscale Ltd, United States

IAC-22.E7.1.8COMPARINGTHEPOWEROFMAKINGINTERNATIONALSPACELAW:CHINAANDTHEUNITEDSTATESXiaodao Li, The University of Hong Kong, China

IAC-22.E7.1.9ORBITALRIGHTSOFWAY:LEGALTOOLSTOCULTIVATEMORERESPONSIBLESPACEACTORSGabriella Mifsud, International Institute of Air and Space Law, Leiden University, The Netherlands

IAC-22.E7.1.10PROPOSALFORALEGALDEFINITIONOFSPACEDEBRISAndrea Capurso, LUISS Guido Carli University, Italy

E7.2.DisputeSettlement

September 19 2022, 10:15 — S01Co-Chair(s):MaureenWilliams,Chair,ILASpaceLawCommittee,UK&UBA,Conicet,BuenosAires,Argentina;IrmgardMarboe,UniversityofVienna,Austria;Rapporteur(s):CatherinedeSouzaSantos,CatholicUniversityofSantos,Brazil;

IAC-22.E7.2.1ARBITRATIONANDALTERNATIVEDISPUTERESOLUTION:MATCHINGDYNAMICSANDFLEXIBILITYFORTHENEWSPACEAGEMaura Zara, First Steps Legal, Italy

IAC-22.E7.2.2(non-confirmed)ARBITRATIONFORSPACEDISPUTES:THEWAYFORWARDSofia Stellatou, Institute of Air and Space Law, McGill University, Greece

IAC-22.E7.2.3INSEARCHOFTHEMOSTAPPROPRIATEMECHANISMFORRESOLVINGTHEDISPUTESARISINGFROMLARGESATELLITECONSTELLATIONSS. Hadi Mahmoudi, Shahid Beheshti University, Iran

IAC-22.E7.2.4HUMANSETTLEMENTSONCELESTIALBODIESANDADR:CRITICALASPECTSFORCONSIDERATIONMichail Chatzipanagiotis, University of Cyprus, Cyprus

IAC-22.E7.2.5IMPROVINGTHEPERMANENTCOURTOFARBITRATION’SOUTERSPACERULES-WHYWENEEDMOREARBITRATORS.Luca Erhart, King’s College London, United Kingdom

IAC-22.E7.2.6INTERNATIONALINVESTMENTLAWASAFRAMEWORKTOPROTECTPRIVATEACTORSINOUTERSPACEVivasvat (Viva) Dadwal, United States

IAC-22.E7.2.7ORBITALCONGESTION?TAKEACLAIMSCOMMISSIONFORQUICKRELIEF!Larry Martinez, International Institute of Space Law (IISL), United States

IAC-22.E7.2.8SETTLEMENTOFDISPUTESINTHEFIELDOFSATELLITEMEDIAPhilippe Achilleas, Institut du Droit de l’Espace et des Telecommunications (IDEST), France

IAC-22.E7.2.9RE-INVIGORATINGINTERNATIONALARBITRATIONOFSPACERELATEDDISPUTESBYNATIONALLEGISLATIONMichael Friedl, George Washington University, Austria

IAC-22.E7.2.10SPECIALISEDDISPUTERESOLUTIONFORCOMMERCIALSPACEDISPUTES–APRACTITIONER’SPERSPECTIVENaomi Briercliffe, Allen & Overy LLP, United Kingdom

IAC-22.E7.2.11USINGSOCIALMEDIATOPROMOTESPACELAWEDUCATIONANDDISPUTESETTLEMENT:DEVELOPINGSTELLARDECISIS,THEANIMATEDSPACELAWMOOTCOURTEDUCATIONALSERIESChristopher Hearsey, The Space Court Foundation Inc., United States

IAC-22.E7.2.12THEFUTUREOFGLOBALSPACEGOVERNANCE:THENECESSITYOFINTERNATIONALCOOPERATIONFORSUSTAINABLEDEVELOPMENT.Gabriela Garcez, Catholic University of Santos, Brazil

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E7.3.BalancingNeeds:ProtectionofSpaceScience

September 19 2022, 15:00 — S01Co-Chair(s):MichelleHanlon,UniversityofMississippiSchoolofLaw,UnitedStates;TanjaMasson-Zwaan,InternationalInstituteofAirandSpaceLaw,LeidenUniversity,TheNetherlands;Rapporteur(s):GiulianaRotola,ScuolaSuperioreSant’Anna,Italy;

IAC-22.E7.3.1ETHICALANDLEGALCONSIDERATIONSINPREVENTINGTHECONTAMINATIONOFSPACECaitlyn Singam, University of Maryland - College Park, United States

IAC-22.E7.3.2INTERNATIONALRESPONSIBILITYTOPROTECTFREEDOMOFOUTERSPACEEXPLORATIONVERSUSFREEDOMOFUSEOFOUTERSPACEMerve ERDEM BURGER, Ankara University, Turkey

IAC-22.E7.3.3THERELATIONSHIPBETWEEN“EXPLORATION”AND“USE”:THEDUEREGARDPRINCIPLEASATOOLTOPROTECTSPACESCIENCEAndrea Harrington, Air University, United States

IAC-22.E7.3.4OPENSCIENCEANDCOMMERCIALSECRETSPJ Blount, Cardiff University, United Kingdom

IAC-22.E7.3.5OBSERVATIONSOFSATELLITESINDECAMIMAGES:AMITIGATIVEPROPOSALFORSATELLITEINTRUSIONSCharles Mudd, Mudd Law, United States

IAC-22.E7.3.6SKYFULLOFSTARSORSATELLITES:THEIMPACTOFMEGA-CONSTELLATIONSONGROUND-BASEDASTRONOMYPanagiota Brouma, National and Kapodistrian University Of Athens, Greece

IAC-22.E7.3.7AWALKINTHEDARKANDTHELAWOFSATELLITEMEGACONSTELLATIONSRoy Balleste, Stetson University College of Law, United States

IAC-22.E7.3.8MEGA-CONSTELLATIONSOFSATELLITESANDTHEIRIMPACTONASTRONOMY:EXPLORINGTHEROLEOFARTICLEIXOFTHEOUTERSPACETREATYRafael Moro Aguilar, United States

IAC-22.E7.3.9CONCENTRATEDLUNARRESOURCES:IMMINENTIMPLICATIONSFORGOVERNANCEANDJUSTICEMartin Elvis, Harvard-Smithsonian Center for Astrophysics (CfA), United States

IAC-22.E7.3.10PLANETARYPROTECTIONLUNARPOLICY:ACASESTUDYINBALANCINGCOSPARGUIDELINES,SCIENTIFICCONSENSUS,NASAPOLICY,ANDMISSIONIMPLEMENTATIONJames Benardini, NASA Headquarters, United States

E7.4.SpaceSustainability

September 20 2022, 10:15 — S01Co-Chair(s):OlgaStelmakh-Drescher,InternationalInstituteofSpaceLaw(IISL),Germany;ElinaMorozova,IntersputnikInternationalOrganizationofSpaceCommunications,RussianFederation;Rapporteur(s):AntoninoSalmeri,OpenLunarFoundation,Italy;

IAC-22.E7.4.1PROMOTINGSUSTAINABLEVALUEINEARTH’SORBITElena Cirkovic, Max Planck Institute, Luxembourg

IAC-22.E7.4.2MAKINGNEWSPACEFORSUSTAINABILITYNeta Palkovitz, Tel Aviv University, Israel

IAC-22.E7.4.3ALLTIMELOW:LEGALCONSIDERATIONSFORUTILISINGVERYLOWEARTHORBITINSUSTAINABLECOMMERCIALSATELLITEOPERATIONSYuk Chi Chan, Charter, United Kingdom

IAC-22.E7.4.4ADDRESSINGTHEELEPHANTINTHEORBIT:SEEKINGNORMSANDINTERNATIONALCOORDINATIONFORINCREASEDTRAFFICINLEOAnja Nakarada Pecujlic, EnduroSat AD, Germany

IAC-22.E7.4.5GETTINGRIGHT-OF-WAYRIGHTINLOWEARTHORBIT–AN(ASTRO)NAUTICALCONUNDRUMHjalte Osborn Frandsen, Danish Astronautical Society, Denmark

IAC-22.E7.4.6SECONDARYMARKETINSPACE–THEIMPORTANTROLEIN-SPACETRANSFERSOFSPACEASSETSCANPLAYINPROMOTINGTHELONG-TERMSUSTAINABILITYOFOUTERSPACEHamza Hameed, Unidroit, Italy

IAC-22.E7.4.7HOWDOWELEGISLATEFORSPACESUSTAINABILITYWITHOUTINTERNATIONALCOOPERATION?Alex Marinova, First Steps Legal, United Kingdom

IAC-22.E7.4.8THEDEVELOPMENTSPACESUSTAINABILITYSTANDARDSTHROUGHNATIONALLICENSINGREGIMESLeslie I. Tennen, Law Offices of Sterns and Tennen, United States

IAC-22.E7.4.9HOWTOIMPLEMENTSPACESUSTAINABILITYRULESINPRACTISE?THEREWARDAPPROACHCharlotte Croison, Euroconsult, France

IAC-22.E7.4.10COMMONBUTDIFFERENTIATEDRESPONSIBILITYFORSPACEDEBRIS:USINGEQUITABLEPRINCIPLESTOINCENTIVISEDEBRISMITIGATIONArpit Gupta, India

IAC-22.E7.4.11THEFEASIBILITYOFAPPLYINGTHEPOLLUTERPAYSPRINCIPLETOSPACEDEBRISSiavash Mirzaee, Iran

IAC-22.E7.4.12KAITIAKITANGAOFTHEENVIRONMENTANDRESOURCESMANAGEMENT:THEDEVELOPMENTOFASUSTAINABLESPACEFARINGCIVILIZATIONGiuliana Rotola, Scuola Superiore Sant’Anna, Italy

E7.5.SafetyZonesonCelestialBodiesandinOuter Space

September 22 2022, 10:15 — S01Co-Chair(s):DeepikaJeyakodi,TheNetherlands;MarkSundahl,ClevelandStateUniversity,UnitedStates;Rapporteur(s):LaetitiaZarkanCesari,UniversityofLuxembourg,Luxembourg;

IAC-22.E7.5.1“WHAT’SINANAME?”LEGALASPECTSOF‘SAFETYZONES’ONCELESTIALBODIESANDELSEWHEREINOUTERSPACEFrans G. Von der Dunk, University of Nebraska, College of Law, The Netherlands

IAC-22.E7.5.2RULESONSAFETYZONESININTERNATIONALLAWAPPLICABLETOSPACEACTIVITIESSetsuko Aoki, Keio University, Japan

IAC-22.E7.5.3THEAPPLEOFDISCORDORTHEFRUITOFSALVATION?ADIALOGUEONTHEPRACTICALANDLEGALASPECTSOFSAFETYZONESONTHELUNARSOUTHPOLEAntonino Salmeri, Open Lunar Foundation, Italy

IAC-22.E7.5.4ASBROTHERSANDNOTASWARRIORSONTHEMOONChristopher Johnson, Secure World Foundation, United States

IAC-22.E7.5.5SAFETYZONESASAMEANSTOENSUREABALANCEDLIABILITYREGIMEINSPACEElina Morozova, Intersputnik International Organization of Space Communications, Russian Federation

IAC-22.E7.5.6RIGHTSANDOBLIGATIONSININTERNATIONALCONSULTATIONFORESTABLISHINGSAFETYZONESINOUTERSPACEYu Takeuchi, Japan Aerospace Exploration Agency (JAXA), Japan

IAC-22.E7.5.7TOWARDSATAXONOMYOFSAFETYZONESMichael Friedl, George Washington University, Austria

IAC-22.E7.5.8SOCIALLICENCETOOPERATE:ATOOLTOENSURELEGALITYANDLEGITIMACYOFSAFETYZONESMartin Svec, Institute of International Relations, Czech Republic

IAC-22.E7.5.9SAFETYINTHESPACETREATIES:WHYARESAFETYZONESANDSAFETYMEASURESINOUTERSPACENECESSARY?Dimitra Stefoudi, Leiden University, The Netherlands

IAC-22.E7.5.10FRAMEWORKSFORREASONABLESAFETYZONESUSINGTHEDUEREGARDPRINCIPLEAndrea Harrington, Air University, United States

IAC-22.E7.5.12HOWTODEVELOPINTERNATIONALNORMSOFSAFETYZONES:BASEDONANANALYTICALFRAMEWORKOFTHELEGALCHOICEXiaodao Li, The University of Hong Kong, China

E7.7.CurrentDevelopmentsinSpaceLawwithSpecialEmphasisonNationalSpaceLegislation

September 22 2022, 13:45 — S01Co-Chair(s):TareBrisibe,SESSingapore,Singapore,Republicof;SumayaAlHajeri,UnitedArabEmiratesSpaceAgency,UnitedArabEmirates;

IAC-22.E7.7.1THELACKOFNATIONALSPACELEGISLATIONINEUMEMBERSTATESANDTHEROLEOFTHEEUASANEWRESPONSIBLE(?)ACTORINOUTERSPACEIrmgard Marboe, University of Vienna, Austria

IAC-22.E7.7.2POLANDGOESTOSPACE:THEDRAFTPOLISHSPACELAWMahulena Hofmann, University of Luxembourg, Luxembourg

IAC-22.E7.7.3REGULATINGSPACEDEBRIS:ACOMPARATIVESTUDYOFSUSTAINABILITYREQUIREMENTSINNATIONALSPACELICENCINGLAWSCassandra Steer, Australian National University (ANU), Australia

IAC-22.E7.7.4BETWEENTHEDEVELOPMENTANDGOVERNANCEOFSPACECAPABILITIES:ANANALYSISOFTHEAPPLICATIONOFINTERNATIONALSPACELAWINAUSTRALIAFORTHEAWARENESSOFESTABLISHEDANDYOUNGSPACESTATESScott Schneider, Australia

IAC-22.E7.7.5CURRENTSTATUSOFJAPAN’SACTIVEDEVELOPMENTOFSPACELAWSANDINTERNALCONTROLSYSTEMSFORCOMPLIANCEINSPACEAGENCYMasahiko Sato, Japan Aerospace Exploration Agency (JAXA), Japan

IAC-22.E7.7.6FORGINGNEWSPACELAWTOSUPPORTINNOVATIONANDSUSTAINABILITYOFSPACERESOURCES:PREVIEWOFTHE2023WORLDRADIOCOMMUNICATIONCONFERENCEAudrey Allison, The Aerospace Corporation, United States

IAC-22.E7.7.7(non-confirmed)REFORMINGTHEFCCLICENSINGPROCEDURE:APOSITIVESTEPTOWARDSMEETINGTHEREGULATORYCHALLENGESCREATEDBYMEGA-CONSTELLATIONSOFSATELLITES?Fabio Tronchetti, Beihang University (BUAA), China

IAC-22.E7.7.8MALAYSIA’SNEWSPACELAW:ACASESTUDYFOREMERGINGSPACECOUNTRIESANDNUANCESFORINTERNATIONALSPACELAWSTUDIESDavid Lit Xian Ho, Malaysia

IAC-22.E7.7.9NATIONALSPACELAWSANDNON-BINDINGINTERNATIONALINSTRUMENTS–THEPORTUGUESEEXPERIENCECristina Miranda, Vieira de Almeida & Associados, Portugal

IAC-22.E7.7.10(DO)WEHAVEALIFTOFF!(?)ACOMPARATIVEANALYSISOFTHENATIONALSPACELEGISLATIONFORTHEFEASIBILITYOFCOMMERCIALSPACEPORTS:THECASEFORLAUNCHSITESINBRAZILANDPORTUGALJoão Frazão, Portugal

IAC-22.E7.7.11ONSTRANGERTIDES:HOWRUSSIANSPACELAWATTEMPTSTOACCOMMODATENEWSPACEOlga Volynskaya, Lomonosov Moscow State University, Russian Federation

IAC-22.E7.7.12ARTIFICIALINTELLIGENCE,SPACELIABILITYANDREGULATIONFORTHEFUTURE:ATRANSCONTINENTALANALYSISOFNATIONALSPACELAWSIoana Bratu, Vrije Universiteit Amsterdam, The Netherlands

E8.IAAMULTILINGUALASTRONAUTICALTERMINOLOGYSYMPOSIUM

Coordinator(s):SusanMcKenna-Lawlor,SpaceTechnology(Ireland)Ltd.,Ireland;TetsuoYoshimitsu,InstituteofSpaceandAstronauticalScience(ISAS),JapanAerospaceExplorationAgency,Japan;

E8.1.MultilingualAstronauticalTerminology

September 22 2022, 13:45 — E04BCo-Chair(s):SusanMcKenna-Lawlor,SpaceTechnology(Ireland)Ltd.,Ireland;TetsuoYoshimitsu,InstituteofSpaceandAstronauticalScience(ISAS),JapanAerospaceExplorationAgency,Japan;Rapporteur(s):FabriceDennemont,InternationalAcademyofAstronautics(IAA),France;

IAC-22.E8.1.1TRANSLATIONOFTHECOLOGNECOMMENTARYONSPACELAWINTOSPANISH-AREVIEWOFENGLISH-SPANISHSPACETERMINOLOGYRafael Moro Aguilar, United States

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IAC-22.E8.1.2RESEARCH&DEVELOPMENTINASTRONAUTICALTERMINOLOGY-APROJECTSUMMARYANDCALLFORSUPPORTRobert Rovetto, American Institute of Aeronautics and Astronautics (AIAA), United States

IAC-22.E8.1.3DEVELOPINGAGLOBALSPACEEXPERTISEONTOLOGYJeanne Holm, City of Los Angeles, United States

IAC-22.E8.1.4MULTILINGUALASTRONAUTICALTERMINOLOGYAkhila P V, ASTROPHYSICAST, India

IAC-22.E8.1.5DEFININGANDTRANSLATINGSPACELEGALTERMINOLOGYJulie Minato, DLR (German Aerospace Center), France

IAC-22.E8.1.6“SPACEOBJECTS”OR“SPACEDEBRIS”?LEGALDEFINITIONSANDMAINDISTINCTIONSGabriele Redigonda, University of Firenze, Italy

IAC-22.E8.1.7WHAT’SINANAME?REDEFINING“ASTRONAUT”Bailey Cunningham, United States

E9.IAFSYMPOSIUMONSECURITY,STABILITYANDSUSTAINABILITYOFSPACEACTIVITIES

Coordinator(s):SergePlattard,UniversityCollegeLondon(UCL),UnitedKingdom;StefanoZatti,UniversityofRome“LaSapienza”,Italy;

E9.2.Cyber-basedsecuritythreatstospacemissions:establishingthelegal,institutionalandcollaborativeframeworktocounteractthem

September 18 2022, 15:15 — E04BCo-Chair(s):JulienAiraud,CentreNationald’EtudesSpatiales(CNES),France;StefanoZatti,UniversityofRome“LaSapienza”,Italy;

IAC-22.E9.2.1CYBER-SECURINGAUSTRALIA’SSPACEINFRASTRUCTURE:ANASSESSMENTOFTHEPOLICYANDLEGALFRAMEWORKSVinicius Guedes Gonçalves de Oliveira, Flinders University, Australia

IAC-22.E9.2.2AMETHODTOEMPLOYAREGIMEFORASPACECRITICALINFRASTRUCTUREASSESSMENTFRAMEWORKNathaniel Dailey, The MITRE Corporation, United States

IAC-22.E9.2.3CYBERLAWSANDBESTPRACTICESFORTHESPACESECTOR–WHATISMISSINGANDWHATISNEEDEDHelena Correia Mendonça, Vieira de Almeida & Associados, Portugal

IAC-22.E9.2.4INDUSTRY’SMANAGEMENTOFCYBERRISKSDURINGLAUNCHACTIVITIESUNDERLAWINAUSTRALIAScott Schneider, Australia

IAC-22.E9.2.5GATEWAYIMPLEMENTATIONOFCYBERSECURITYREQUIREMENTSSvetlana Hanson, NASA, United States

IAC-22.E9.2.6THESPACEDOMAINCYBER-SECURITY(SPADOCS)FRAMEWORK:APROCESSFRAMEWORKTOORGANIZE,UNDERSTANDANDEDUCATEBruce Chesley, Teaching Science and Technology, Inc (TSTI), United States

IAC-22.E9.2.8RECONCILINGINTERNATIONALANDEUROPEANLAWTOENSURETHECYBERSECURITYOFSPACEMISSIONSGiulia Pavesi, KU Leuven – University of Leuven, Belgium

IAC-22.E9.2.9DEVELOPINGRISKBASEDCYBERMISSIONASSURANCEONTOLOGIESFORSPACELAUNCHMISSIONSYSTEMSScott Schneider, Australia

E10.IAFSYMPOSIUMONPLANETARYDEFENSEANDNEAR-EARTHOBJECTS

Coordinator(s):AlexKarl,SpaceApplicationsServices,Belgium;AlissaJ.Haddaji,HarvardUniversity,UnitedStates;

E10.1.PlanetaryDefensefromAsteroidsandComets

September 21 2022, 15:00 — S01Co-Chair(s):DanielMazanek,NASA,UnitedStates;ChangyinZhao,PurpleMountainObservatory(PMO),China;Rapporteur(s):AlejandroJ.RomanMolinas,ParaguayanSpaceAgency,Paraguay;AlexKarl,SpaceApplicationsServices,Belgium;

IAC-22.E10.1.1SUMMARYANDHIGHLIGHTSOFTHE2021IAAPLANETARYDEFENSECONFERENCEAlex Karl, Space Applications Services, Belgium

IAC-22.E10.1.2LICIACUBE:ADEEPSPACECUBSATTOWITNESSTHEFIRSTASTEROIDKINETICIMPACTORTESTMarilena Amoroso, Italian Space Agency (ASI), Italy

IAC-22.E10.1.3THESPECTRALIMAGERFORTHEPLANETARYDEFENCEMISSIONHERAMarco Esposito, Cosine Remote Sensing B.V., The Netherlands

IAC-22.E10.1.4ESA’SIMPACTEFFECTSTOOL-QUANTITATIVEPREDICTIONSOFNEOIMPACTEFFECTSINATMOSPHEREANDATTHESURFACEAnca-Maria Radulescu, Elecnor Deimos, Romania

IAC-22.E10.1.5KEYTAKEAWAYSANDLESSONSLEARNEDFROMTHE4THPLANETARYDEFENSEINTERAGENCYTABLETOPEXERCISEDipak Srinivasan, The John Hopkins University Applied Physics Laboratory, United States

IAC-22.E10.1.6UNDERSTANDINGTHESOCIAL-ANTHROPOLOGICALASPECTSOFANASTEROIDIMPACTTHREATRESPONSEFROMTRANSDISCIPLINARYLESSONSLEARNEDINNATURALDISASTERMANAGEMENTAlissa J. Haddaji, Harvard University, United States

IAC-22.E10.1.7STATISTICALANALYSISOFAWEIGHTINGSCHEMEFORASTEROIDOBSERVATIONASTROMETRICERRORSTAKINGINTOCONSIDERATIONTHECLASSIFICATIONOFTHEOBSERVEDASTEROIDSNicolo’ Stronati, Cranfield University, United Kingdom

IAC-22.E10.1.8ROBUSTOPTIMISATIONOFNEODEFLECTIONSTRATEGIESUNDERMIXEDALEATORYANDEPISTEMICUNCERTAINTYYirui Wang, University of Strathclyde, United Kingdom

IAC-22.E10.1.9IDENTIFICATIONOFNEAR-EARTHASTEROIDSUSINGMULTI-SPACECRAFTSYSTEMSArjan Vermeulen, Delft University of Technology (TU Delft), The Netherlands

IAC-22.E10.1.10THELEGALASPECTSOFPLANETARYDEFENSE:CONCLUSIONSOFTHESMPAGAD-HOCLEGALWORKINGGROUPREPORTANDWAYSFORWARDAlissa J. Haddaji, Harvard University, United States

E10.2-A6.10.JointTechnicalSession:“Near-EarthObjects&SpaceDebris”

September 22 2022, 13:45 — S03Co-Chair(s):ThomasSchildknecht,SwissSpaceAssociation,Switzerland;DarrenMcKnight,LeoLabs,UnitedStates;DanielMazanek,NASA,UnitedStates;AlissaJ.Haddaji,HarvardUniversity,UnitedStates;Rapporteur(s):PhilippMaier,InstituteofSpaceSystems,UniversityofStuttgart,Germany;CamillaColombo,PolitecnicodiMilano,Italy;

IAC-22.E10.2-A6.10.1KEYNOTE:EXPLOITINGTHESYNERGIESOFOBSERVINGNEOANDSPACEDEBRISWITHTHEFLYEYETELESCOPEElena Vellutini, Italian Space Agency (ASI), Italy

IAC-22.E10.2-A6.10.2THEARECIBOOBSERVATORY’SLEGACYANDFUTURERADARCAPABILITIESFlaviane Venditti, Arecibo Observatory in Puerto Rico, Puerto Rico

IAC-22.E10.2-A6.10.3FASTROTATINGNEAREARTHASTEROIDSOBSERVEDWITHTHEARECIBOPLANETARYRADARSYSTEMLuisa Fernanda Zambrano Marin, Arecibo Observatory in Puerto Rico, Puerto Rico

IAC-22.E10.2-A6.10.4ALOW-COSTGLOBALSPACEDEBRISTRACKINGNETWORKBASEDONHETEROGENEOUSMETEORDETECTIONINFRASTRUCTUREOlivia Borgue, University of Luxembourg, Luxembourg

IAC-22.E10.2-A6.10.5OPTIMIZATION-BASEDTELESCOPEPASSIVEAUTO-FOCUSINGTHROUGHIMAGEQUALITYASSESSMENTFORTHAINATIONALSPACEOBJECTOBSERVATIONPeerapong Torteeka, National Astronomical Research Institute of Thailand (NARIT), Thailand

IAC-22.E10.2-A6.10.6SATELLITEDETECTIONANDTRACKINGCAPABILITIESOFTHEAUSTRALIANNATIONALUNIVERSITYDoris Grosse, Australian National University (ANU), Australia

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KERS

TECH

NICA

L SE

SSIO

NSIN

TROD

UCTI

ONAUTHORS’

INDEXINTERACTIVE


BY SYMPOSIUM

SPECIAL SESSIONS

KEYNOTE SPEAKERS

TECHNICAL SESSIONS

INTRODUCTIONTE

CHNI

CAL

SESS

IONS

PAPE


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PDF - 7Mo - International Astronautical Federation