Patrick Van Hove - phantomsnet.net · EVERGROW (Scale-free networks) IP The Disappearing Computer - I. I – PALCOM (Palpable Computing) IP Beyond Robotics (New) Instrument – NEUROBOTICS

1st NanoSpain Workshop

Advanced Research in NID and NanoelectronicsIST Programme

1st NanoSpain Workshop

Advanced Research in NID and NanoelectronicsIST Programme

Patrick Van Hove

Future & Emerging TechnologiesDG Information Society European Commission

Patrick Van Hove

Future & Emerging TechnologiesDG Information Society European Commission

OutlineOutlineOutline

FP5 Nanotechnology Information Devices

Projects Resulting from Calls in 2003

Calls for 2004

Later FP6 Calls

FP7 Preparation



Calls for 2004

Later FP6 Calls

FP7 Preparation

FET mission and implementationFET mission and implementationFET mission and implementation

Emergence of new IST-related S&T ideas & fieldslong-term/ high risk; industrial & societal impact

FET Proactive: – Consolidate Critical Mass; Focus Research– Advanced but Established Strategic Areas– Integrated Projects, Networks of Excellence

FET Open:– High-risk/high-payoff and long-term research, – Openness to unforseeable ideas– STREP, CA, SSA

Emergence of new IST-related S&T ideas & fieldslong-term/ high risk; industrial & societal impact

FET Proactive: – Consolidate Critical Mass; Focus Research– Advanced but Established Strategic Areas– Integrated Projects, Networks of Excellence

FET Open:– High-risk/high-payoff and long-term research, – Openness to unforseeable ideas– STREP, CA, SSA

NanoelectronicsNanoelectronics and Nanotechnology:and Nanotechnology:More than MooreMore than Moore

Bottom - up

ChemistryBiologyAtomic Manipulation

ology

Red BrickRed Brick

MaterialsMaterials

uantumQuantum

ms

ms

NanoCMOS

NanoCMOS

Micro-NanoMicro-Nano

NanotechNanotech

1950 1960 1970 1980 1990 2000 2010 2020

Q

1.000.000 nm

1000 nm

1 nm

ChemistryBiAtomic Manipulation

Top - down

Microsyste

Microsyste

MicroelectronicsMicroelectronics

Nanotechnology Information Devices: IST FET (FP5)

Nanotechnology Information Nanotechnology Information Devices: IST FET (FP5)Devices: IST FET (FP5)

Future information processing and storage systems– Nanometre Scale Operation, Superior Performance

Novel Devices– Advanced Silicon Devices, III-V Devices, etc. – Molecular Electronics, Biologically Inspired devices

Architectures and Design– Parallel, Fault-tolerant, Biologically inspired …

Fabrication Methods for < 10 nmCoordination: PHANTOMS Network

30 Projects, EC Funding 50 M€

Future information processing and storage systems– Nanometre Scale Operation, Superior Performance

Novel Devices– Advanced Silicon Devices, III-V Devices, etc. – Molecular Electronics, Biologically Inspired devices

Architectures and Design– Parallel, Fault-tolerant, Biologically inspired …

Fabrication Methods for < 10 nmCoordination: PHANTOMS Network

30 Projects, EC Funding 50 M€




Calls for 2004

Later FP6 Calls

FP7 Preparation



Calls for 2004

Later FP6 Calls

FP7 Preparation

Time scalesTime scalesTime scales

FP6 Call 1FP6 Call 1 FP6 2004FP6 2004 FP6 2005-6FP6 2005-6 FP7FP7

01/200501/2005 01/200701/200701/200401/2004

IST Call 3 ProjectsIST Call 3 Projects

Later ProjectsLater Projects

FP7 PreparationFP7 Preparation

IST Call 2 ProjectsIST Call 2 ProjectsIST Call 1 Projects

NMP ProjectsNMP Projects

FET Proactive Initiativesin FP6 Call 1

FET Proactive InitiativesFET Proactive Initiativesin FP6 Call 1in FP6 Call 1

Beyond Robotics (New) Instrument– NEUROBOTICS (Neuroscience & Robotics) IP– COGNIRON (Cognitive Companion) IP– I-SWARM (Micro-Robots) IP– EURON NoE

Complex Systems Research (New)– DELIS (Evolving Large Scale Information systems) IP– PACE (Artificial Cell Evolution) IP– ECAgents (Communicating Agents) IP– EVERGROW (Scale-free networks) IP

The Disappearing Computer - II– PALCOM (Palpable Computing) IP

Beyond Robotics (New) Instrument– NEUROBOTICS (Neuroscience & Robotics) IP– COGNIRON (Cognitive Companion) IP– I-SWARM (Micro-Robots) IP– EURON NoE

Complex Systems Research (New)– DELIS (Evolving Large Scale Information systems) IP– PACE (Artificial Cell Evolution) IP– ECAgents (Communicating Agents) IP– EVERGROW (Scale-free networks) IP

The Disappearing Computer - II– PALCOM (Palpable Computing) IP

FET Open – FP6FET Open Initial Results

FET Open –– FP6FP6Initial ResultsInitial Results

Closure 1 (May 2003) – 3 STREPS, to start now. APRIL II, PROTOCURE, PHAT

Closure 2 (September 2003)– 9 STREPS, 2 Coordination Actions– Negotiations just started– 2 STREPS related to NID– 3 STREPS related to QIPC

Closure 3 (January 2004)– Evaluation planned end March 2004

Closure 4: 11 May 2004Closure 5: 14 September 2004

Closure 1 (May 2003) – 3 STREPS, to start now. APRIL II, PROTOCURE, PHAT

Closure 2 (September 2003)– 9 STREPS, 2 Coordination Actions– Negotiations just started– 2 STREPS related to NID– 3 STREPS related to QIPC

Closure 3 (January 2004)– Evaluation planned end March 2004

Closure 4: 11 May 2004Closure 5: 14 September 2004

IP/NoE in Nanoelectronics, Microsystems – Call 1

IP/NoE in Nanoelectronics, IP/NoE in Nanoelectronics, Microsystems Microsystems –– Call 1Call 1

“Shrinking CMOS” – NanoCMOS (45-32 nm CMOS) IP– MORE MOORE (Litho) IP– SiNANO (non-conventional CMOS) NoE– TARGET (RF circuits) NoE– Other topics: design, SOI, etc. STREP, CA

Micro-Nano Systems– HEALTHY AIMS, GOODFOOD, SENSATION (bio, health) IP– MIMOSA, SHIFT, POLYAPPLY (Ambient Intelligence) IP– PATENT, AMICOM, GOSPEL (Technology) NoE– PLASMO NANODEVICES (Opto interconnect) NoE– Others: packaging, health, NEXUS+ STREP, CA

“Shrinking CMOS” – NanoCMOS (45-32 nm CMOS) IP– MORE MOORE (Litho) IP– SiNANO (non-conventional CMOS) NoE– TARGET (RF circuits) NoE– Other topics: design, SOI, etc. STREP, CA

Micro-Nano Systems– HEALTHY AIMS, GOODFOOD, SENSATION (bio, health) IP– MIMOSA, SHIFT, POLYAPPLY (Ambient Intelligence) IP– PATENT, AMICOM, GOSPEL (Technology) NoE– PLASMO NANODEVICES (Opto interconnect) NoE– Others: packaging, health, NEXUS+ STREP, CA

!!PROVISIONALPROVISIONAL

!!!!PROVISIONALPROVISIONALProvisional




Calls for 2004

Later FP6 Calls

FP7 Preparation



Calls for 2004

Later FP6 Calls

FP7 Preparation



FP6 Calls in 2004FP6 Calls in 2004FP6 Calls in 2004

Joint Call

IST WP2003-2004 (Revised)

FET Open

IST Call 3

Joint CallFET

Proactive

Jan 2004Jan 2004 May 2004May 2004 Sep 2004Sep 2004

Sep 2004Sep 2004

Calls 4,5..

WP2005-2006

Open 2005-6 ??

NMP NMP 05-06

Sep 2004Sep 2004

Jan 2004Jan 2004 Jun 2004Jun 2004 Jan 2005Jan 2005

FET Proactive Initiativesin IST Call 3

FET Proactive InitiativesFET Proactive Initiativesin IST Call 3in IST Call 3

Call 3– Quantum Information Processing and Comm. IP– Emerging Nanoelectronics IP, NoE– Global Computing IP, NoE– Bio-inspired Intelligent Information Systems (New) IP, NoE

Indicative Budget: 80 M€Opening: 22 May - Closing 22 September 2004

Call 3– Quantum Information Processing and Comm. IP– Emerging Nanoelectronics IP, NoE– Global Computing IP, NoE– Bio-inspired Intelligent Information Systems (New) IP, NoE



Indicative Budget: 80 M€Opening: 22 May - Closing 22 September 2004

FET Proactive Initiativesin Call 3

FET Proactive InitiativesFET Proactive Initiativesin Call 3in Call 3

Quantum Information Processing and Communications

Objective: Basic Research aimed at realisinga Fully Functional Multi-Qubit SystemLong-Term Rationale: Exploit massively parallel processing capabilities for ultimate performance computingConstituencies: Physics, Computer Science

Quantum Information Processing and CommunicationsQuantum Information Processing and Communications

Objective: Basic Research aimed at realisinga Fully Functional Multi-Qubit SystemLong-Term Rationale: Exploit massively parallel processing capabilities for ultimate performance computingConstituencies: Physics, Computer Science





Emerging NanoelectronicsRationale:– Nanoelectronics Roadmap evolved into ITRS Emerging Devices– Non-conventional CMOS covered by S.O. Nanoelectronics– FET: Non-CMOS electronics for integration into CMOS

and later for independent technology– New functions, low cost, manufacturing, self-organisation

Implementation IP and NoE Only!!– Promising areas of upstream, but recognised R&D– Multi-disciplinary Research

Emerging NanoelectronicsEmerging NanoelectronicsRationale:– Nanoelectronics Roadmap evolved into ITRS Emerging Devices– Non-conventional CMOS covered by S.O. Nanoelectronics– FET: Non-CMOS electronics for integration into CMOS

and later for independent technology– New functions, low cost, manufacturing, self-organisation

Implementation IP and NoE Only!!– Promising areas of upstream, but recognised R&D– Multi-disciplinary Research





Emerging NanoelectronicsIntegrated Projects:Nanoelectronics beyond 10nm, non-CMOS– Hybrid CMOS-molecular, sub-micron scale– Nanowires – nanotubes: Consolidation, new functions.– Mono-Molecular electronics: Repeatable experiments

NoE: – Joint Programme of Activities (standard) – Infrastructure for advanced experiments, modelling

Constituencies: Electronics, Physics, Chemistry, (Biology), etc.

Emerging NanoelectronicsEmerging NanoelectronicsIntegrated Projects:Nanoelectronics beyond 10nm, non-CMOS– Hybrid CMOS-molecular, sub-micron scale– Nanowires – nanotubes: Consolidation, new functions.– Mono-Molecular electronics: Repeatable experiments

NoE: – Joint Programme of Activities (standard) – Infrastructure for advanced experiments, modelling

Constituencies: Electronics, Physics, Chemistry, (Biology), etc.



Joint call IST - NMPJoint call IST Joint call IST -- NMPNMP

To master nanoelectronics & nanophotonicsfor low-cost mass productionMaterials, Equipment & Processes for Production of

Nano-Photonics & Nano-Electronics Devices– Indicative Budget 80 M€

Bio-Sensors for Diagnosis & Healthcare– Indicative Budget 60 M€

Integrating Technologies for the Fast and Flexible Manufacturing Enterprise– Indicative Budget 40 M€

Opening 22 May – Closing 22 September 2004

Materials, Equipment & Processes for Production of Nano-Photonics & Nano-Electronics Devices– Indicative Budget 80 M€

Bio-Sensors for Diagnosis & Healthcare– Indicative Budget 60 M€

Integrating Technologies for the Fast and Flexible Manufacturing Enterprise– Indicative Budget 40 M€




Joint call IST - NMPJoint call IST 1st ITEM

Joint call IST -- NMPNMP11stst ITEMITEM

To master nanoelectronics & nanophotonicsfor low-cost mass production

Materials, Equipment & Processes for Production of Nano-Photonics & Nano-Electronics Devices– Materials, fabrication processes & validation of industrial

manufacturability– Non-conventional nano-MOS, memory and photo/nanoelectronics

integration, and related production technologies– Materials & processes for advanced pattern transfer technologies

(better than 32 nm)

Instruments: – IP’s: vertical integration, critical mass, market oriented– STREP’s: Exploratory Research, Innovative ideas– SSA’s: Build R&D communities, roadmaps, dissemination


Materials, Equipment & Processes for Production of Nano-Photonics & Nano-Electronics Devices– Materials, fabrication processes & validation of industrial

manufacturability– Non-conventional nano-MOS, memory and photo/nanoelectronics

integration, and related production technologies– Materials & processes for advanced pattern transfer technologies

(better than 32 nm)

Instruments: – IP’s: vertical integration, critical mass, market oriented– STREP’s: Exploratory Research, Innovative ideas– SSA’s: Build R&D communities, roadmaps, dissemination







Calls for 2004

Later FP6 Calls

FP7 Preparation



Calls for 2004

Later FP6 Calls

FP7 Preparation

FET in FP6FET in FP6FET in FP6

Call 5 ?Call 5 ?Call 4Call 4

WP 2003-2004WP 2003-2004 WP 2005-2006WP 2005-2006

Call 1Call 1

FET OpenFET Open60 M€60 M€60 M€ 60 M€?

ProactiveInitiativesProactiveInitiatives

Call 3Call 3

47.5 M€*80 M€

FET in FP6: WP2005-2006FET in FP6: FET in FP6:

WP2005WP2005--20062006

Evolution/Complement of Running Proactive Initiatives– Presence and interaction in mixed reality environments– Modelling and Simulation of Real-life Complex Systems

Development of New Proactive Initiatives– Advanced Computing Architectures – New Communications Paradigms 2020– ?

Total Number of Initiatives: 4-6

Evolution/Complement of Running Proactive Initiatives– Presence and interaction in mixed reality environments– Modelling and Simulation of Real-life Complex Systems

Development of New Proactive Initiatives– Advanced Computing Architectures – New Communications Paradigms 2020– ?

Total Number of Initiatives: 4-6




Calls for 2004

Later FP6 Calls

FP7 Preparation



Calls for 2004

Later FP6 Calls

FP7 Preparation

Preparing for FP7:Overall Context

Preparing for FP7:Preparing for FP7:Overall ContextOverall Context

EnlargementFuture of EuropePolitical and Financial Perspectives– Sustainable Development: Competitiveness & Cohesion– Management of Natural Resources– Citizenship, Freedom, Security and Justice– External Relations

New Financial Perspectives Post 2007– Commission Proposal: 1.24% GDP

EnlargementFuture of EuropePolitical and Financial Perspectives– Sustainable Development: Competitiveness & Cohesion– Management of Natural Resources– Citizenship, Freedom, Security and Justice– External Relations

New Financial Perspectives Post 2007– Commission Proposal: 1.24% GDP

Preparing for FP7:Overall Context

Preparing for FP7:Preparing for FP7:Overall ContextOverall Context

Competitiveness: Lisbon Strategy (2000) European Initiative for Growth:– Trans-European Networks– Investing in Knowledge: Nanoelectronics, Lasers, Hydrogen

Investing in Research: Towards 3% GDP– Public investment: +6% per year– Private investment: +9% per year

European Research AreaTotal FP budget: Expect substantial increase– European Parliament: 30 B€ (currently 17 B€)

Competitiveness: Lisbon Strategy (2000) European Initiative for Growth:– Trans-European Networks– Investing in Knowledge: Nanoelectronics, Lasers, Hydrogen

Investing in Research: Towards 3% GDP– Public investment: +6% per year– Private investment: +9% per year

European Research AreaTotal FP budget: Expect substantial increase– European Parliament: 30 B€ (currently 17 B€)

Preparing for FP7:Initial Directions

Preparing for FP7:Preparing for FP7:Initial DirectionsInitial Directions

Types of Research– Basic Research – individual grants?– Infrastructure support– European Technology Platforms: Nanoelectronics, etc. – Co-operative Research– European Research Area

New areas– Space research– Security research

Types of Research– Basic Research – individual grants?– Infrastructure support– European Technology Platforms: Nanoelectronics, etc. – Co-operative Research– European Research Area

New areas– Space research– Security research

Preparing for FP7:Actions in 2004

Preparing for FP7:Preparing for FP7:Actions in 2004Actions in 2004

Workshops organised by IST/FET, ISTAG

Commission Communication: May 2004?

Your Inputs and support are Welcome … and needed!

Workshops organised by IST/FET, ISTAG

Commission Communication: May 2004?

Your Inputs and support are Welcome … and needed!

ContactsContactsContacts

FET Website:

www.cordis.lu/ist/fet/home.htm

FET Website:

www.cordis.lu/ist/fet/home.htm

Documents

Patrick Van Hove - phantomsnet.net · EVERGROW (Scale-free networks) IP The Disappearing Computer - I. I – PALCOM (Palpable Computing) IP Beyond Robotics (New) Instrument – NEUROBOTICS