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PROG AT A GLANCE
2015
TABLE OF CONTENT
SHAW Centre .................................................................................................................................4
General Information .......................................................................................................................5
Social Events .................................................................................................................................6
General Information about Ottawa...................................................................................................8
Organizing Committee ....................................................................................................................9
Oral Presentations ........................................................................................................................11
Poster Presentations .....................................................................................................................21
Exhibition ....................................................................................................................................27
Index ..........................................................................................................................................36
Room 209 Room 210 Room 211 Room 212 Exhibition Hall
8:00 - 10:35 1-‐NONLINEAR 2-‐OPTICAL QUANTUM 3-‐OPTOELECTRONIC 4-‐THEORY DESIGN SESSION
10:35 - 11:00
12:00 - 1:00
1:00 - 3:00 6-‐NONLINEAR 7-‐OPTICAL QUANTUM 8-‐OPTOELECTRONIC 9-‐THEORY DESIGN SESSION
3:00 - 3:15
3:15 - 5:40 10-‐NONLINEAR 11-‐OPTICAL QUANTUM 12-‐OPTOELECTRONIC 13-‐THEORY DESIGN SESSION
6:00 - 9:00
Room 209 Room 210 Room 211 Room 212 Exhibition Hall
08:00 - 10:00 14-‐NONLINEAR 15-‐SENSORS BIOMEDICALS 16-‐HIGH POWER 17-‐PLASMONICS 18-‐PHOTONIC MATERIAL
10:00 - 10:30
10:30 - 11:15
11:15 - 12:00 20-‐NONLINEAR 21-‐SENSORS BIOMEDICALS 22-‐HIGH POWER 23-‐MANUFACTURING 24-‐PHOTONIC MATERIAL
12:15 - 1:45
1:45 - 3:05 25-‐NONLINEAR 26-‐MANUFACTURING 27-‐HIGH POWER 28-‐PLASMONICS 28.5-‐COMMERCIALIZATION
3:05 - 3:30
3:30 - 5:00 29-‐NONLINEAR 30-‐SENSORS BIOMEDICALS 31-‐PHOTONIC MATERIAL 32-‐PLASMONICS 28.5-‐COMMERCIALIZATION
5:00 - 6:30
6:30 - 9:00
Room 209 Room 210 211 Room 212 Exhibition Hall
8:00 - 10:00 33-‐NONLINEAR 34-‐SENSORS BIOMEDICALS 35-‐HIGH POWER 36-‐PLASMONICS 37-‐COMMERCIALIZATION
10:00 - 10:30
10:30 - 11:15
11:15 - 12:30 39-‐GREEN PHOTONICS 40-‐SENSORS BIOMEDICALS 41-‐PHOTONIC MATERIAL 42-‐PLASMONICS 43-‐QUANTUM INFO
12:30 - 1:30
1:30 - 3:10 44-‐GREEN PHOTONICS 45-‐SENSORS BIOMEDICALS 46-‐HIGH POWER 47-‐QUANTUM INFO SESSION
3:10 - 3:25
3:25 - 5:15 48-‐GREEN PHOTONICS 49-‐SENSORS BIOMEDICALS 50-‐PHOTONIC MATERIAL 51-‐QUANTUM INFO SESSION
LUNCH INCLUDED - EXHIBITION HALL
COFFEE BREAK & CLOSING WORD
Room 214
POSTER COCKTAIL - EXHIBITION HALL
COFFEE BREAK - EXHIBITION HALL
LUNCH ON YOUR OWN (NOT INCLUDED)
PUBLIC SESSION & WELCOME COCKTAIL (Ottawa University)
Thursday JUNE 11, 2015
19-PLENARY LECTURE 2 - Frederico Capasso
COFFEE BREAK - EXHIBITION HALL
Room 210
COFFEE BREAK - EXHIBITION HALL
OZ OPTICS GALA DINNER
38-PLENARY LECTURE 3 - Phillip Russels
PHOTONICS NORTH 2015 - PROGRAM AT A GLANCE
Tuesday JUNE 9, 2015
OPENING WELCOME
LUNCH INCLUDED - EXHIBITION HALL
11:00 - 12:005-PLENARY LECTURE 1 -Paul B.Corkum
COFFEE BREAK
COFFEE BREAK
Room 210
Wednesday JUNE 10, 2015
PHOTONICS NORTH 2015 PHOTONICS NORTH 2015
4 5
OTTAwA SHAw CENTRE55 Colonel By Drive, Ottawa, Ontario K1N 9J2, Canada
Business CentreCentre d`affaires
Coat RoomVestiaire
RCS
RCC
RCN
RC Alcove
AA
BB
CC
Confederation Ramp - Rampe de Confédération
RCS
RCC
RCN
RC Alcove
AA
BB
CC
GENERAL INFORMATION
Ottawa Shaw Centre55 Colonel By Drive
Ottawa, OntarioK1N 9J2
The conference and showcase will be held at the Ottawa Shaw Centre, in downtown Ottawa and close to the Parliament, cultural attractions as well as many hotels and restaurants.
Parking
Ottawa Shaw Centre parking is a 2-storey underground facility providing 748 spaces.
It is a fully-staffed facility with two entrances located on Daly Avenue and Nicholas Street South. There are four handicap spaces per level located on the north wall near the Rideau Centre entrances.
Registration and Information Hours
The registration desk will be opened according to the following schedule:
Tuesday, June 9th 7:00 am to 5:00 pmWednesday, June 10th 7:30 am to 5:00 pmThursday, June 11rd 8:00 am to 2:00 pm
Exhibition Dates and Hours
Ottawa Shaw Centre, Gatineau Salon
Wednesday, June 10th 10:00 am to 6:30 pmThursday, June 11th 10:00 am to 2:00 pm
Posters
Poster Session Reception, Exhibition Hall
Wednesday, June 10th 5:00 pm to 6:30
The poster area opens for set up on June 10th at 10:00 am. Your poster must be displayed from 5:00 pm to 6:30 on June 10th, and can be displayed up to 2:00 pm on June 11th. If your poster is not removed at the end of the exhibition it won’t be returned to you.
The poster presenters have to be near their poster boards during the poster session to answer questions from attendees.
7
PHOTONICS NORTH 2015
6
SOCIAL EvENTSMonday June 8, 2015
Labs visit at the Advanced Research Complex (ARC)Schedule: 2:00 pm to 5:00 pm
This centre is at the forefront of photonics research in Canada and aims to become one of the top research centres of its kind in the world. Building on the University’s strengths in physics, chemistry, electrical engineering and medicine, this multidisciplinary centre is developing the next generation of applications in photonics. Laboratories of Paul Corkum and Robert Boyd in the new ARC building will be open for visitors.
Tuesday June 9, 2015
Industry Student Lunch, Shaw Centre - Room #102Schedule: 12pm - 1pm
A special program for students! Luncheon that gives you the opportunity to make valuable connections with industry professionals and peers. Don’t miss this opportunity to put your networking skills to good use.
Opening Reception and Public Session, University of Ottawa - Marion HallSchedule: 6pm - 7:30pm
To celebrate the year of the light, the opening reception will take place at The Marion Hall of the University of Ottawa and will be open at large to the general public. For this opening session, the Plenary speaker will be Klaus Löffler, Head of Sales for Laser Technology at the TRUMPF Group. He previously has worked at VolksWagen and he will do a presentation “Photonics for the Car of the future”.
welcome Cocktail, University of Ottawa - Desmarais Building - room 4101Schedule: 7:30pm - 9pm
A Welcome Cocktail will be held at Desmarais Building of the Ottawa University for our participants! Food, beverages and a perfect time for networking!
wednesday June 10, 2015
Poster Cocktail, Shaw Centre - Exhibition HallSchedule: 5pm - 6:30pm
A special time to visit our exhibitors and network with the presenters about their posters.
OZ Optics Social Evening & BBQSchedule: 7pm - 10pm (Gates open at 6pm)
Join us at the OZ Optics campus for an evening of sports, fun, eating BBQ, drinking and socializing. Play soccer, tennis, beach volleyball and basketball in the OZ Dome, enjoy the indoor pool and many other activities! Transportation included.
Université d’ Ottawa | University of Ottawa
Public Presentation on June 9 2015, from 6:30 p.m. to 7:30 p.m., in Marion Hall (uOttawa campus)
Klaus LoefflerDirector, International SalesTRUMPF
“Photonics for the Car of the Future”
Exposé public le 9 juin 2015, de 18 h 30 à 19 h 30, pavillon Marion (campus uOttawa)
Klaus LoefflerDirecteur, Ventes internationales
TRUMPF Laser
« La photonique et l’ automobile
de l’ avenir »Cette présentation aura lieu en anglais seulement
AbstractThe automotive industry is one of the major users of lasers for the production of cars. The combination of more strict emission regulations and enhanced safety regulations drives the developers towards light- weight design and the use of further enhanced materials. The laser beam plays an initial role in achieving this goal. Since year one the laser also made it into the car, not only as a low power laser diode as part of the CD player. Now the laser is used for autonomous driving, new lighting systems and to eliminate copper in the car.
The future is almost around the corner: alternative propulsion systems, new materials and new possibilities like additive manufacturing show new ways for photonics in the car of the future.
RésuméLe secteur automobile est l’ un des principaux utilisateurs de lasers dans la fabrication des véhicules automobiles. Pour respecter les règlements plus rigoureux régissant les émissions et la sécurité, les concepteurs doivent opter pour les pièces légères et les matières perfectionnées. Le laser joue un rôle déterminant dans l’ atteinte de ces objectifs. Dès le début, le laser a été intégré aux automobiles et non seulement sous forme de diode laser de faible puissance dans les lecteurs CD. À l’ heure actuelle, le laser est utilisé pour la conduite autonome, les nouveaux systèmes d’ éclairage et l’ élimination des composants de cuivre.
L’ avenir est tout proche et les systèmes de propulsion non traditionnels, les nouvelles matières et possibilités, telles que la fabrication additive, montrent de nouvelles applications de la photonique dans l’ automobile.
Notice biographiqueSon expertise dans les lasers ne se limite pas à la conception de résonateurs, aux procédés d’ excitation, au guidage de faisceaux et aux systèmes de détection, mais porte aussi sur le traitement et la vente de matériel laser. Il a exercé plusieurs responsabilités chez Volkswagen et chez TRUMPF Laser et Systemtechnology. Aujourd’ hui, il est membre du conseil d’ administration de TRUMPF Laser pour le secteur de la technologie laser et de l’ électronique.
Depuis 2007, il exerce différentes responsabilités au Laser Institute of America et, depuis 2013, il en assume la présidence.
Le stationnement payant est offert devant le pavillon Marion et sur le campus.Le pavillon Marion est situé au 30, rue Marie-Curie, Ottawa
Veuillez adresser vos questions sur cet événement à Kristelle Brovkovich au 613-562-5800 poste 6446 ou par courriel à [email protected].
BiographyKlaus Loeffler’s expertise in lasers extends from resonator design, excitation methods, beam delivery, sensor systems to laser material processing and sales. He has served in different responsibilities at Volkswagen and TRUMPF Lasers and Systemtechnology. Today he is part of the management board of the TRUMPF business unit Laser technology/Electronic.
Starting in 2007 he served in different responsibilities at the Laser Institute of America and in 2013 as the President of LIA.
Paid parking is available in front of Marion Hall, and around campus.Marion Hall is located at 30 Marie-Curie, Ottawa
If you have any questions about this event, please contact Kristelle Brovkovich at 613-562-5800 ext. 6446 or [email protected].
PHOTONICS NORTH 2015
9
PHOTONICS NORTH 2015
ORGANIZING COMMITTEE
Conference Co-Chairs:
Sylvain CharbonneauAssociate Vice-President, ResearchUniversity of Ottawa
Robert Keys BTI Systems, Chief Technology Officer
Scientific Program Co-Chairs:
François LégaréINRS-ÉMTDirector of the Advanced Laser Light
Source
Albert StolowUniversity of Ottawa, Departments of Chemistry & PhysicsNational Research Council, Molecular Photonics
Marketing director:
Kexing LiuMira Connections, Ottawa, Canada
Logistic, Exhibition and Partnership Opportunities
Véronique GravelConferium, Quebec, Canada
2015
A word from the Conference Co-Chairs
2015 is ‘The International Year of Light and Light-based Technologies’. This important recognition raised global awareness about the importance of photonics and the crucial role they play in promoting sustainable development and in providing solutions to global challenges in advanced manufacturing, energy, agriculture, information technology and health. Photonics technologies are pervasive in our daily lives and have become an imperative cross-cutting discipline of science in the 21st century. They have revolutionized medicine and communication technologies, among others, and continue to be central to linking cultural, economic and political aspects of our global society.
The momentum generated by the worldwide awareness of the impact of photonics provides a unique and opportune context for the Photonics North 2015 Annual Conference. We welcome this event- the premier venue for researchers in academia, government and industry to showcase some of the most cutting edge innovation in the science and engineering of light and brand Canada as a global leader in photonics research and innovation.
You are cordially invited to join our event, which provides you with an opportunity to discuss your ideas with colleagues and network with world experts in the field.
Sylvain CharbonneauAssociate Vice-President, ResearchUniversity of Ottawa
Robert Keys BTI Systems, Chief Technology Officer
General Information about Ottawa
Meeting in Ottawa - Come early, stay late!
Centrally located with excellent air and transportation links, Ottawa is a premier Canadian meeting and convention destination. It is an impressive yet intimate G8 capital, home to famous landmarks, cultural attractions and celebrations, rich in natural beauty and blessed with a relaxed urban rhythm.
Adding unique Ottawa activities for delegates to your agenda is easy. And delegates themselves tend to arrive here early, stay after their event, and bring along their spouses to enjoy everything Canada’s Capital has to offer – helping your event attract more delegates in the process. And the new Ottawa Shaw Centre is located at the heart of it all – within easy walking distance of major downtown attractions, restaurants, and shopping, yet just a 20-minute shuttle ride from the Ottawa International Airport.
If you’re looking for Ottawa Attractions and things to do, you’ve come to the right place. Some of Ottawa’s best known highlights include:
- The Rideau Canal, Ontario’s first UNESCO World Heritage Site, winds its way through the city. In winter it becomes the world’s largest naturally frozen skating rink.
- Historic Parliament Hill is the seat of Canada’s national government and the setting for pomp, ceremony and celebration.
- Ottawa’s ByWard Market offers one-of-a-kind shops and boutiques, over 80 restaurants and cafés, a thriving nightlife, and Canada’s oldest continuously operating farmers’ market.
Ottawa, a place to discover!
PHOTONICS NORTH 2015
1110
ORAL PRESENTATIONS SCHEDULE
PH
OTO
NIC
S N
OR
TH 2
015
TUESDAY JUNE 9
12 13
01-N
ON
LIN
EAR
Room
209
02-O
PTIC
AL Q
UAN
TUM
Room
210
03-O
PTO
ELEC
TRO
NIC
Room
211
04-T
HEO
RY D
ESIG
NRo
om 2
12
CHAI
R: R
ober
to M
oran
dott
iCH
AIR:
Eric
Zhu
CH
AIR:
And
erso
n G
omes
CHAI
R: P
avel
Che
ben
08:0
0
(NO
NLI
NEA
R-9
-1-1
)
Dire
ct O
bser
vatio
n of
Pur
e an
d M
ixed
Qua
ntum
Sta
tes
Lund
een,
Jef
f
08:0
0
(OP
TO-9
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TBA
Her
man
n, P
eter
08:0
0
(TH
EOR
Y-9
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Silic
on-g
erm
aniu
m o
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sula
tor
com
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tion
engi
neer
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ing
for
phot
onic
and
ele
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appl
icat
ions
Gar
des,
Fre
deri
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08:2
5
(NO
NLI
NEA
R-9
-1-2
)O
n-ch
ip
Non
linea
r Ph
oton
ics
with
N
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M
ater
ials
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iam
ond,
Sili
con-
on-S
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ire, L
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ven
kata
ram
an, v
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08:2
5
(OP
-QU
AN
TUM
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-1)
Free
-spa
ce q
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um k
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istr
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to a
mov
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Bou
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n, J
ean-
Phili
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08:2
5
(OP
TO-9
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nova
tive
fiber
de
vice
s ba
sed
on
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Ber
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08:2
5
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of m
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licon
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toni
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Mas
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08:5
0
(NO
NLI
NEA
R-9
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Broa
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tang
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Pole
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Appl
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Qua
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Qia
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08:5
0
(OP
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Qua
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Co
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with
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ptic
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Phas
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Ampl
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Dai
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Jam
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08:5
0
(OP
TO-9
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Nov
el
Opt
ical
Co
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D
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opm
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Carle
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Uni
vers
ity
Smel
ser,
Chr
isto
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08:5
0
(TH
EOR
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)
Anat
omy
of S
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nato
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Che
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09:1
5
(NO
NLI
NEA
R-9
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)
Hig
hly
no-p
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optic
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Con
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09:1
5
(OP
TO-9
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Inte
grat
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: To
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Ap-
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Mor
ando
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Rob
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09:1
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(TH
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)
Pola
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mul
tiple
xed
cohe
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Fern
ande
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nigo
09:4
0
(NO
NLI
NEA
R-9
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)
Obs
erva
tion
of o
ptic
al p
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ion
möb
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strip
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Kar
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Ebra
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09:4
0
(OP
-QU
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TUM
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Cont
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dis
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09:4
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10:0
5(N
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LIN
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The
Freq
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10:0
5
(OP
-QU
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The
dual
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in t
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of p
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Pich
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10:0
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Self-
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10:0
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Hig
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Non
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Crys
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Esfa
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Mon
fare
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10:2
0
(NO
NLI
NEA
R-9
-1-7
)
Reco
here
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of q
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Har
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10:2
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(OP
-QU
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TUM
-9-2
-6)
Sing
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n St
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a D
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10:2
0
(OP
TO-9
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06-N
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Room
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07-O
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Room
210
08-O
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TRO
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Room
211
09-T
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12
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AIR:
Col
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Yun
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13:0
0
(NO
NLI
NEA
R-9
-6-1
)
Obs
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of s
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vac
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Bou
char
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13:0
0
(OP
-QU
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TUM
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-1)
Syst
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of P
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Filt
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for
Supe
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Spa
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13:0
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13:1
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NLI
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R-9
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13:1
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Com
paris
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ion
and
In-li
ne
Non
linea
r Co
mpe
nsat
ion
in O
ptic
al F
iber
Com
mun
icat
ions
Li, Y
ibo
13:1
5
(OP
TO-9
-8-2
)
Silic
on M
odul
ator
usi
ng S
egm
ente
d Ri
ng R
eson
ator
Shah
in, M
ahm
oud
13:1
5
(TH
EOR
Y-9
-9-2
)
Spat
io-t
empo
ral c
onfin
emen
t of
airy
bul
lets
bong
iova
nni,
dom
enic
o
13:3
0
(NO
NLI
NEA
R-9
-6-3
)
Silic
on W
aveg
uide
s fo
r Te
rahe
rtz
Non
linea
r O
ptic
s
Mur
phy,
Tho
mas
13:3
0
(OP
-QU
AN
TUM
-9-7
-3)
Hig
h Ca
paci
ty T
rans
port
100
G a
nd B
eyon
d
Bor
owie
c, A
ndrz
ej
13:3
0
(OP
TO-9
-8-3
)
Cons
tant
-Los
s Ta
per:
Des
ign,
Sim
ulat
ion,
and
Fab
ricat
ion
Qui
tori
ano,
Nat
e
13:3
0
(TH
EOR
Y-9
-9-3
)
Two-
Colo
r U
ltraf
ast-
Lase
r-As
sist
ed F
ield
Enh
ance
men
t
of M
etal
lic T
ip-S
ubst
rate
Sys
tem
s
Osg
ood,
Ric
hard
13:5
5
(NO
NLI
NEA
R-9
-6-4
)
Des
ign
of s
low
-ligh
t ph
oton
ic c
ryst
al r
ing
reso
nato
rs
Bia
nucc
i, Pa
blo
13:5
5
(OP
-QU
AN
TUM
-9-7
-4)
Sing
le-m
ode
Fibe
r O
ptic
Tra
nsm
issi
on B
eyon
d th
e N
onlin
ear
Capa
city
Lim
it
Alic
, Nik
ola
13:5
5
(OP
TO-9
-8-4
)
Opt
ical
pac
kagi
ng o
f sili
con
phot
onic
dev
ices
usi
ng e
xist
ing
mic
roel
ectr
onic
ass
embl
y in
fras
truc
ture
Jant
a-Po
lczy
nski
, Ale
xand
er
13:5
5
(TH
EOR
Y-9
-9-4
)
Task
-spe
cific
sim
ulat
ion
stra
tegi
es f
or t
he o
ptim
ized
de-
sign
of
phot
onic
key
com
pone
nts
Mue
llner
, Pau
l
14:2
0
(NO
NLI
NEA
R-9
-6-5
)
Supe
r-cr
itica
l pha
se-m
atch
ing
in n
onlin
ear
optic
s
Saal
tink
, Reb
ecca
14:2
0
(OP
-QU
AN
TUM
-9-7
-5)
Exci
tatio
n of
Vec
tor
Mod
es i
n Fe
w-M
ode
Fibe
r us
ing
Wire
-
base
d M
echa
nica
l Lon
g Pe
riod
Fibe
r G
ratin
g
Ung
, Bor
a
14:2
0
(OP
TO-9
-8-5
)
Indi
um t
elur
ide
sem
icon
duct
or c
ylin
der
lase
r
Kor
nrei
ch, P
hilip
p
14:2
0
(TH
EOR
Y-9
-9-5
)
Crea
ting
orde
r w
ith t
he h
elp
of c
haos
: ge
nera
ting
tran
s-
vers
ely
rand
om,
long
itudi
nally
inv
aria
nt v
ecto
r op
tical
field
s
Gol
ub, I
lya
14:3
5
(NO
NLI
NEA
R-9
-6-6
)
Gra
ded
Inde
x Po
rous
Opt
ical
Fib
ers
Dis
pers
ion
Man
agem
ent
in T
erah
ertz
Ran
ge
Ma,
Tia
n
14:3
5
(OP
-QU
AN
TUM
-9-7
-6)
Mul
ti-co
re F
iber
s an
d Sy
stem
s fo
r Spa
ce-d
ivis
ion
Mul
tiple
Hir
ooka
, Tos
hihi
ko
14:3
5
(TH
EOR
Y-9
-9-6
)
The
satu
rabl
e Lo
rent
z m
odel
fo
r ab
in
itio
nonl
inea
r
optic
s
var
in, C
harl
es
15:0
0 -
CO
FFEE
BR
EAK
- E
XH
IBIT
ION
HA
LL
wEDNESDAY JUNE 10
15
PH
OTO
NIC
S N
OR
TH 2
015
TUESDAY JUNE 9
14
10-N
ON
LIN
EAR
Room
209
11-O
PTIC
AL Q
UAN
TUM
Room
210
12-O
PTO
ELEC
TRO
NIC
Room
211
13-T
HEO
RY D
ESIG
NRo
om 2
12
CHAI
R: Q
uan
LiCH
AIR:
Jos
e Az
ana
CHAI
R: R
aman
Kas
hyap
CHAI
R: M
iche
l Pic
hé15
:15
(NO
NLI
NEA
R-9
-10-
1)
Opt
omec
hani
cs o
f Ra
ndom
Med
ia
Con
ti, C
laud
io
15:1
5
(OP
-QU
AN
TUM
-9-1
1-1)
Silic
on p
hoto
nic
inte
rcon
nect
ion
netw
orks
in h
igh
perf
or-
man
ce d
atac
om s
yste
ms
Ber
gman
, Ker
en
15:1
5
(OP
TO-9
-12-
1)
Opt
imiz
atio
n of
las
er c
oolin
g of
sem
icon
duct
or b
ased
dete
ctor
s
Nem
ova,
Gal
ina
15:1
5
(TH
EOR
Y-9
-13-
1)
Glo
bal
optim
izat
ion
of v
ery
high
-Q H
0 ph
oton
ic c
ryst
al
nano
cavi
ty in
sili
con
Hou
dré,
Rom
uald
15:4
0
(NO
NLI
NEA
R-9
-10-
2)
Qua
ntum
exp
erim
ents
with
ent
angl
ed p
hoto
n tr
iple
ts
Res
ch, K
evin
15:4
0
(OP
-QU
AN
TUM
-9-1
1-3)
Chip
-sca
le in
tegr
ated
qua
ntum
tec
hnol
ogie
s
Thom
pson
, Mar
k
15:4
0
(OP
TO-9
-12-
2)
Rand
om L
aser
s, L
évy
Stat
istic
s an
d Sp
in G
lass
es:
wha
t
do t
hey
shar
e in
com
mon
?
Gom
es, A
nder
son
15:4
0
(TH
EOR
Y-9
-13-
2)
Phot
on P
air
Gen
erat
ion
in L
ossy
Pho
toni
c Cr
ysta
l Co
u-
pled
Cav
ities
via
Spo
ntan
eous
Fou
r-W
ave
Mix
ing
Dig
nam
, Mar
c
16:0
5
(NO
NLI
NEA
R-9
-10-
3)
AlG
aAs-
On-
Insu
lato
r no
nlin
ear
phot
onic
s
Yvi
nd, K
rest
en
16:0
5(O
P-Q
UA
NTU
M-9
-11-
5)H
ilber
t tr
ansf
orm
ers
base
d on
fibe
r br
agg
grat
ings
in
tran
smis
sion
Fern
ánde
z-R
uiz,
Mar
ía d
el R
osar
io
16:0
5
(OP
TO-9
-12-
3)
Fibe
r la
ser:
A n
ew t
echn
ique
for
the
det
ectio
n of
tra
ce
gase
s
Das
, Gau
tam
16:0
5
(TH
EOR
Y-9
-13-
3)
Switc
hing
and
dyn
amic
mem
ory
appl
icat
ions
usi
ng n
on-
unifo
rm s
yste
m o
f cou
pled
wav
egui
des
with
loca
l par
ity-
time
sym
met
ry
Lupu
, Ana
tole
16:2
0
(OP
-QU
AN
TUM
-9-1
1-6)
Com
paris
on b
etw
een
Inte
rcha
ngea
ble
and
WD
M C
han-
nels
for
Hyb
rid O
ptoE
lect
roni
c Sw
itch Lo
urdi
ane,
Mou
nia
16:3
0
(NO
NLI
NEA
R-9
-10-
4)
Qua
ntum
and
ultr
afas
t pr
ecis
ion
mea
sure
men
ts i
n m
eso-
scop
ic m
ode-
lock
ed a
rchi
tect
ures
won
g, C
hee
wei
16:3
0
(OP
TO-9
-12-
4)
Nan
o-pl
asm
odic
dev
ices
for
low
pow
er h
igh
spee
d in
-
terc
onne
cts
Huf
fake
r, D
iana
16:3
0
(TH
EOR
Y-9
-13-
4)
Reco
nfigu
rabl
e In
tegr
ated
Opt
ics
Spec
trom
eter
Con
cept
and
Impl
emen
tatio
n Ch
alle
nges
Muñ
oz, P
ascu
al
16:3
5
(OP
-QU
AN
TUM
-9-1
1-7)
Sym
met
ric
dual
po
lariz
atio
n di
vers
e di
gita
l op
tical
cohe
rent
rec
eive
r
Nab
avi,
Ned
a
16:5
5
(NO
NLI
NEA
R-9
-10-
5)
Non
linea
r Pl
asm
onic
s in
Nan
ostr
uctu
red
Gra
phen
e Cox
, Joe
l
16:5
5
(OP
TO-9
-12-
5)
TM P
olar
izer
usi
ng S
egm
ente
d Si
licon
Wav
egui
de
Shah
in, M
ahm
oud
16:5
5
(TH
EOR
Y-9
-13-
5)Em
ergi
ng P
lasm
onic
App
licat
ions
Exp
lore
d w
ith C
lust
er
Para
llel C
ompu
ting
Osg
ood,
Ric
hard
17:2
0
(TH
EOR
Y-9
-13-
6)
Stat
ic
and
dyna
mic
ch
arac
teris
tics
of
inte
grat
ed
sem
icon
duct
or o
ptic
al p
aram
etric
osc
illat
ors
S. H
elm
y, A
rm
17:1
0(N
ON
LIN
EAR
-9-1
0-6)
The
impa
ct o
f bo
th s
paci
ng b
etw
een
laye
rs a
nd n
umbe
r of
la
yers
on
mak
er f
ringe
mea
sure
men
ts o
f po
led
mul
ti-la
yer
silic
a st
ruct
ures
Nas
r, P
ouya
n
17:1
0(O
PTO
-9-1
2-6)
Prop
agat
ion
Loss
in
Su
b-W
avel
engt
h G
ratin
g W
ave-
guid
esSh
erw
ali,
Ahm
ed
17:4
5(T
HEO
RY
-9-1
3-7)
Nov
el p
olar
izat
ion
rota
tor
desi
gn b
ased
on
asym
met
rical
pe
riodi
c lo
aded
soi
wav
egui
des
Sun,
Yao
18:0
0 -
PU
BLI
C S
ESSI
ON
& w
ELC
OM
CO
CK
TAIL
- U
OTT
Aw
A
14-N
ON
LIN
EAR
Room
209
15-S
ENSO
RS B
IOM
EDIC
ALS
Room
210
16-H
IGH
PO
WER
Room
211
17-P
LASM
ON
ICRo
om 2
1218
-PH
OTO
NIC
S M
ATER
IAL
Room
212
CHAI
R: M
ark
Fost
erCH
AIR:
Virg
iniju
s Ba
rzda
CHAI
R: F
ranç
ois
Léga
réCH
AIR:
Pie
rre
Berin
iCH
AIR:
Moh
amed
Cha
ker
08:0
0
(NO
NLI
NEA
R-1
0-14
-1)
Prod
ucin
g ph
oton
pai
rs w
ith u
ltral
ow p
ump
pow
ers
Mey
er-S
cott
, Eva
n
08:0
0
(HIG
H P
Ow
ER-1
0-16
-1)
Dua
l-Wav
elen
gth
Ope
ratio
n of
a
Dio
de-
Pum
ped
Yb:K
GW
Las
er
Akb
ari,
Rez
a
08:0
0
(PLA
SMO
NIC
S-10
-17-
1)
Hyb
rid M
etal
Wire
-Die
lect
ric T
erah
ertz
Wav
e-
guid
es
Skor
obog
atiy
, Mak
sim
08:0
0(M
ATE
RIA
LS-1
0-18
-1)
Impr
ovem
ent
of n
anog
ratin
g fo
rmat
ion
as-
site
d by
silv
er io
ns in
a t
ailo
red
sodi
um g
al-
loph
osph
ate
glas
sv
angh
eluw
e, M
arie
08:1
5(N
ON
LIN
EAR
-10-
14-2
)Se
lf-ca
libra
ting
Fibe
r Sp
ectr
omet
er f
or t
he
Mea
sure
men
t of
Bro
adba
nd D
ownc
onve
rted
Ph
oton
sZh
u, E
ric
08:1
5
(HIG
H P
Ow
ER-1
0-16
-2)
Cont
inuo
us-W
ave
Yb:C
ALG
O L
aser
with
Tun
-
able
Dua
l-Wav
elen
gth
Out
put
Man
joor
an, S
ujit
h
08:1
5(M
ATE
RIA
LS-1
0-18
-2)
Dev
elop
men
t of
ge
rman
o-ga
llate
gl
asse
s an
d op
tical
fibe
rs f
or n
ear
infr
ared
opt
ical
ap
plic
atio
nsSk
opak
, Tea
08:2
5
(PLA
SMO
NIC
S-10
-17-
2)
A G
ener
al F
lat-
Lens
Crit
erio
n
Al S
hakh
s, M
oham
med
08:3
0
(NO
NLI
NEA
R-1
0-14
-3)
Tailo
ring
the
Freq
uenc
y Sp
ectr
um o
f Br
ight
Sque
ezed
Vac
uum
Lem
ieux
, Sam
uel
08:3
0
(HIG
H P
Ow
ER-1
0-16
-3)
Dio
de-P
umpe
d Co
ntin
uous
Wav
e M
ulti-
Wat
t
Yb:K
YW L
aser
with
Hig
h Ef
ficie
ncy
and
Exce
l-
lent
Bea
m Q
ualit
y
Man
joor
an, S
ujit
h
08:3
0
(MA
TER
IALS
-10-
18-3
)
Char
acte
rizat
ion
of
oxyfl
uorid
e bu
lk
and
nano
-gla
ss-c
eram
ic fi
bers
for
lase
r co
olin
g
Kum
mar
a, v
enka
ta K
rish
naia
h
08:4
0
(PLA
SMO
NIC
S-10
-17-
3)
Pt s
ymm
etric
bra
gg g
ratin
gs b
ased
on
sur-
face
pla
smon
s
Kar
ami,
Elha
m
08:4
5
(NO
NLI
NEA
R-1
0-14
-4)
Nan
opho
toni
cs a
t ex
trem
e ul
trav
iole
t w
ave-
leng
ths
Men
oni,
Car
men
08:4
5
(SEN
SOR
S-10
-15-
1)
Sim
ulta
neou
s sp
atia
l an
d te
mpo
ral
focu
sing
and
spat
ial
freq
uenc
y m
odul
atio
n im
agin
g: A
new
par
adig
m f
or f
emto
seco
nd m
icro
mac
hin-
ing
Squi
er, J
eff
08:4
5
(HIG
H P
Ow
ER-1
0-16
-4)
Gen
erat
ion
and
appl
icat
ion
of p
hase
-sta
ble
sub-
cycl
e m
id-in
frar
ed p
ulse
s
Fuji
, Tak
ao
08:4
5
(MA
TER
IALS
-10-
18-4
)
Mod
ern
appl
icat
ions
of
liqui
d cr
ysta
ls in
im-
agin
g an
d lif
e sc
ienc
es
Gal
stia
n, T
igra
n
08:5
5
(PLA
SMO
NIC
S-10
-17-
4)M
easu
ring
the
fully
vec
toria
l na
ture
of
light
at t
he n
anos
cale
Ban
zer,
Pet
er
09:1
0
(NO
NLI
NEA
R-1
0-14
-5)
Seco
nd-h
arm
onic
ge
nera
tion
usin
g 4-
bar
quas
i-pha
se m
atch
ing
in a
GaA
s m
icro
disk
cavi
ty
Solo
mon
, Gle
nn
09:1
0
(SEN
SOR
S-10
-15-
2)
Opt
ical
Ce
renk
ov
emis
sion
du
ring
radi
atio
n
ther
apy
in h
uman
s fo
r do
se t
rack
ing
and
high
-
reso
lutio
n m
olec
ular
imag
ing
Pogu
e, B
rian
09:1
0
(HIG
H P
Ow
ER-1
0-16
-5)
Intr
acav
ity H
igh
Har
mon
ic G
ener
atio
n: F
re-
quen
cy C
ombs
Fro
m t
he I
R to
the
XU
V
Jone
s, R
. Jas
on
09:1
0
(PLA
SMO
NIC
S-10
-17-
5)
Intr
acav
ity H
igh
Har
mon
ic G
ener
atio
n: F
re-
quen
cy C
ombs
Fro
m t
he I
R to
the
XU
V
Mem
aria
n, M
oham
mad
09:1
0
(MA
TER
IALS
-10-
18-5
)
Chal
coge
nide
Wav
egui
des
for
Mid
-Inf
rare
d
Biom
edic
al S
ensi
ng A
pplic
atio
ns
Sent
hil M
urug
an, G
anap
athy
09:3
5
(NO
NLI
NEA
R-1
0-14
-6)
CMO
S Co
mpa
tible
Pho
toni
c Ch
ips
for
the
Mid
Infr
ared
Mos
s, D
avid
09:3
5
(SEN
SOR
S-10
-15-
3)
Seei
ng m
olec
ulur
vib
ratio
ns:
optic
al im
agin
g of
smal
l mol
ecul
es fo
r bi
omed
icin
e
Min
, wei
09:3
5
(HIG
H P
Ow
ER-1
0-16
-6)
Fund
amen
tal
Lim
its t
o M
ode-
Lock
ed L
aser
s:
Tow
ard
Tera
wat
t Pe
ak P
ower
s
wis
e, F
rank
09:3
5
(PLA
SMO
NIC
S-10
-17-
6)
Dur
able
Pla
smon
ic C
eram
ics
and
Tran
spar
-
ent
Cond
uctin
g O
xide
s fo
r N
ext-
Gen
erat
ion
Nan
opho
toni
cs
Bol
tass
eva,
Ale
xand
ra
09:3
5
(MA
TER
IALS
-10-
18-6
)
Nov
el d
ilute
nitr
ide
Ga(
NAs
P)-s
emic
ondu
c-
tor
lase
r sy
stem
for
the
mon
olith
ic in
tegr
a-
tion
to S
i-mic
roel
ectr
onic
s Stol
z, w
olfg
ang
10:0
0 -
CO
FFEE
BR
EAK
- E
XH
IBIT
ION
HA
LL
19-P
LEN
ARY
: Fr
eder
ico
Cap
asso
- R
oom
210
PH
OTO
NIC
S N
OR
TH 2
015
wEDNESDAY JUNE 10 wEDNESDAY JUNE 10
16 17
20-N
ON
LIN
EAR
Room
209
21-S
ENSO
RS B
IOM
EDIC
ALS
Room
210
22-H
IGH
PO
WER
Room
211
23-M
ANU
FACT
URI
NG
Room
212
24-P
HO
TON
ICS
MAT
ERIA
LRo
om E
xhib
ition
Hal
l
CHAI
R: K
seni
a D
olga
leva
CHAI
R: V
irgin
ijus
Barz
daCH
AIR:
Jul
ien
B. B
ertr
and
CHAI
R: J
ames
Fra
ser
CHAI
R: M
oham
ed C
hake
r11
:15
(NO
NLI
NEA
R-1
0-20
-1)
Qua
ntum
Co
here
nt
Inte
ract
ion
of
Elec
tron
s w
ith O
ptic
al N
ear-
field
s in
an
Ultr
afas
t El
ectr
on
Mic
rosc
ope
Echt
ernk
amp,
Kat
hari
na
11:1
5
(SEN
SOR
S-10
-21-
1)
A si
mpl
e ap
proa
ch fo
r FM
-CAR
S m
icro
scop
y of
canc
er c
ells
in v
itro
Lalib
erté
, Mat
hieu
11:1
5
(HIG
H P
Ow
ER-1
0-22
-1)
All-O
ptic
al P
hase
Zon
e Pl
ate
for
Hig
h H
ar-
mon
ic G
ener
atio
n
Li, Z
heng
yan
11:0
5
(MA
NU
FAC
TUR
ING
-10-
23-1
)
Lase
r Co
nsol
idat
ion
‘ Co
nver
ting
3D D
esig
n
to N
et-s
hape
Fun
ctio
nal M
etal
lic C
ompo
nent
s
Xue
, Lij
ue
11:1
5
(MA
TER
IALS
-10-
24-1
)
Ligh
t-in
duce
d TH
z ph
oton
ic c
ompo
nent
s
Coo
ke, D
avid
11:3
0
(NO
NLI
NEA
R-1
0-20
-2)
Non
linea
r op
tom
echa
nica
l pad
dle
nano
cavi
ties
Kav
iani
, Ham
idre
za
11:3
0(S
ENSO
RS-
10-2
1-2)
Enha
nced
hy
pers
pect
ral
stim
ulat
ed
Ram
an
scat
terin
g m
icro
scop
y vi
a po
lariz
atio
n m
odu-
latio
nH
oule
, Mar
ie-A
ndré
e
11:3
0
(HIG
H P
Ow
ER-1
0-22
-2)
Crea
ting
high
-ord
er h
arm
onic
s w
ith c
ontr
ol-
labl
e or
bita
l ang
ular
mom
entu
m
Gar
iepy
, Gen
evie
ve
11:3
0
(MA
NU
FAC
TUR
ING
-10-
23-2
)
3-D
Non
linea
r in
SCRI
ptio
n of
com
plex
mic
ro-
com
Pone
nTs
(3D
-NSC
RIPT
) Bas
ker,
Din
esh
11:3
0
(MA
TER
IALS
-10-
24-2
)
Silk
foam
ter
aher
tz w
aveg
uide
s
Gue
rbou
kha,
Hic
hem
11:4
5(N
ON
LIN
EAR
-10-
20-3
)Se
cond
Har
mon
ic G
ener
atio
n M
icro
scop
y fr
om
Non
-cen
tros
ymm
etric
Gol
d-co
ated
Pol
ysty
rene
Sp
here
sH
ou, R
enji
e
11:4
5
(SEN
SOR
S-10
-21-
3)
Bact
eria
l Tr
acki
ng
with
H
olog
raph
ic
Mic
ros-
copy
Elkh
oly,
Mar
wan
11:4
5
(HIG
H P
Ow
ER-1
0-22
-3)
Sing
le-S
hot
Mea
sure
men
t of
Tim
e-Va
ryin
g
Opt
ical
Fie
lds
in U
ltras
hort
Pul
ses
Ko,
Don
g H
yuk
11:4
5
(MA
NU
FAC
TUR
ING
-10-
23-3
)
Inlin
e Co
here
nt I
mag
ing
of L
aser
Add
itive
Man
ufac
turin
g
Sibl
ey, A
lliso
n
11:4
5
(MA
TER
IALS
-10-
24-3
)
Dyn
amic
mea
sure
men
ts a
t te
rahe
rtz
fre-
quen
cies
with
a fa
st r
otar
y de
lay
line
Gue
rbou
kha,
Hic
hem
12:0
0 -
LUN
CH
IN
CLU
DED
- E
XH
IBIT
ION
HA
LL
25-N
ON
LIN
EAR
Room
209
26-M
ANU
FACT
URI
NG
Room
210
27-H
IGH
PO
WER
Room
211
28-P
LASM
ON
ICS
Room
212
28.5
-CO
MM
ERCI
ALIZ
ATIO
NRo
om E
xhib
ition
Hal
l
CHAI
R: K
seni
a D
olga
leva
CHAI
R: J
ames
Fra
ser
CHAI
R: B
ernr
d W
itzel
CHAI
R: M
aksi
m S
koro
boga
tiyCH
AIR:
Seb
astie
n B.
Oue
llet
13:4
5(N
ON
LIN
EAR
-10-
25-1
)D
irect
vi
sual
izat
ion
of
plas
mon
ic
near
-fiel
ds
with
ultr
afas
t tra
nsm
issi
on e
lect
ron
mic
rosc
opy
Yur
tsev
er, A
ycan
13:4
5(M
AN
UFA
CTU
RIN
G-1
0-26
-1)
Tech
nolo
gy c
halle
nges
for
the
indu
stria
lisat
ion
of la
ser
pow
der
bed
man
ufac
ture
Kir
by, M
ark
13:4
5(H
IGH
PO
wER
-10-
27-1
)Fo
llow
ing
an A
uger
Dec
ay b
y an
Att
osec
ond
Pum
p-Pr
obe
Mea
sure
men
tB
. Ber
tran
d, J
ulie
n
13:4
5(P
LASM
ON
ICS-
10-2
8-1)
Lase
r At
tack
s ag
ains
t Ai
rcra
ft:
Past
, Pr
esen
t an
d Fu
ture
Kal
los,
The
mos
13:4
5
(CO
MM
ERC
IALI
ZATI
ON
-10-
28,5
-1)
Phot
onic
s: a
glo
bal i
ndus
try
profi
le
And
erso
n, S
teph
en G
.
14:1
0(N
ON
LIN
EAR
-10-
25-2
)O
bser
vatio
n of
pse
udos
pin-
med
iate
d ph
enom
-en
a in
pho
toni
c gr
aphe
neC
hen,
Zhi
gang
14:1
0
(MA
NU
FAC
TUR
ING
-10-
26-2
)
Fast
bea
m m
anip
ulat
ion
Kle
iner
t, J
an
14:1
0(H
IGH
PO
wER
-10-
27-2
)Pr
obin
g m
olec
ular
chi
ralit
y on
sub
-fem
to-
seco
nd t
ime-
scal
e B
hard
waj
, Rav
i
14:1
0(P
LASM
ON
ICS-
10-2
8-2)
New
Par
adig
ms
in A
ctiv
e M
agne
topl
asm
onic
D
evic
es a
nd H
igh-
Reso
lutio
n Pl
asm
onic
Fie
ld
Map
ping
Elez
zabi
, Abd
ulha
kem
14:1
5(C
OM
MER
CIA
LIZA
TIO
N-1
0-28
,5-2
)O
pen
inno
vatio
n ta
ctic
s to
im
prov
e SM
E’s
com
mer
cial
izat
ion
Duc
harm
e, M
arie
-Eve
14:3
5
(NO
NLI
NEA
R-1
0-25
-3)
Enha
nced
Con
tinuo
us-W
ave
FWM
Wav
elen
gth
Conv
ersi
on in
AlG
aAs
Reso
nato
rs
Kul
tave
wut
i, Pi
sek
14:3
5
(MA
NU
FAC
TUR
ING
-10-
26-3
)
In s
itu m
onito
ring
of h
igh-
pow
er l
aser
wel
d-
ing:
bey
ond
dept
h co
ntro
l
Yin
, Car
a
14:3
5(H
IGH
PO
wER
-10-
27-3
)Ph
otoe
lect
ron
Stre
akin
g of
At
tose
cond
Pu
lses
G
ener
ated
by
U
ltraf
ast
Wav
efro
nt
Rota
tion
Ham
mon
d, T
.J.
14:3
5(P
LASM
ON
ICS-
10-2
8-3)
Visu
aliz
atio
n an
d qu
antifi
catio
n of
cel
l mon
o-la
yer
inte
grity
and
sin
gle
cell
activ
ity u
sing
m
etal
cla
d w
aveg
uide
im
agin
g ba
sed
on a
hi
gh n
umer
ical
ape
rtur
e m
icro
scop
e ob
jec-
tive
Söllr
adl,
Thom
as
14:4
5
(CO
MM
ERC
IALI
ZATI
ON
-10-
28,5
-3)
TBD
God
bout
, Nic
olas
14:5
0(N
ON
LIN
EAR
-10-
25-4
)Li
ght
Dra
g En
hanc
emen
t by
Slo
w-L
ight
Me-
dium
Safa
ri, A
kbar
14:5
0(H
IGH
PO
wER
-10-
27-4
)Pt
ycho
grap
hic
mea
sure
men
ts o
f re
lativ
istic
ph
enom
ena
Mon
choc
é, S
ylva
in
14:5
0(P
LASM
ON
ICS-
10-2
8-4)
Bire
frin
gent
Met
asur
face
Syn
thes
is fo
r Vo
rtex
W
ave
Gen
erat
ion
Sale
m, M
oham
ed
15:0
5 -
CO
FFEE
BR
EAK
- E
XH
IBIT
ION
HA
LL
29-N
ON
LIN
EAR
Room
209
30-S
ENSO
RS B
IOM
EDIC
ALS
Room
210
31-P
HO
TON
ICS
MAT
ERIA
LRo
om 2
1132
-PLA
SMO
NIC
SRo
om 2
1232
.5-C
OM
MER
CIAL
IZAT
ION
Room
Exh
ibiti
on H
all
CHAI
R: D
avid
Mos
sCH
AIR:
Al M
eldr
umCH
AIR:
Tig
ran
Gal
tian
CHAI
R: C
hris
toph
e Ca
loz
CHAI
R: Q
PN15
:30
(NO
NLI
NEA
R-1
0-29
-1)
Gen
erat
ion
of w
ideb
and
flat
optic
al f
requ
ency
com
bs u
sing
a C
W F
abry
-Per
ot la
ser
diod
e
Yan
g, T
ianx
in
15:3
0(S
ENSO
RS-
10-3
0-1)
Biom
edic
al
Phot
oaco
ustic
Im
agin
g Se
nsor
ba
sed
on O
rbita
l An
gula
r M
omen
tum
Mul
ti-pl
exin
gw
ang,
Tin
g
15:3
0(M
ATE
RIA
LS-1
0-31
-1)
Mul
ti-sc
ale
arch
itect
ured
m
ater
ials
: fr
om
vort
ex-in
duce
d to
du
al-c
olor
di
rect
la
-se
r w
ritin
g in
silv
er-c
onta
inin
g ph
osph
ate
glas
ses
Peti
t, Y
anni
ck
15:3
0
(PLA
SMO
NIC
S-10
-32-
1)
Engi
neer
ing
the
nano
scal
e op
tical
res
pons
e
with
met
asur
face
s
Alu
, And
rea
15:4
5
(CO
MM
ERC
IALI
ZATI
ON
-10-
28,5
-4)
TBD
Ione
scu,
And
rei
15:4
5
(NO
NLI
NEA
R-1
0-29
-2)
Alum
iniu
m g
alliu
m a
rsen
ide
wav
egui
de d
esig
ns
for
effic
ient
four
-wav
e m
ixin
g
Aw
an, K
ashi
f
15:4
5(S
ENSO
RS-
10-3
0-2)
ABQ
J ph
otod
etec
tor
with
ded
icat
ed t
hin
ni-
trid
e ex
cita
tion
filte
r fo
r m
ulti-
fluor
esce
nce
disc
rimin
atio
nC
ourc
ier,
Thi
erry
15:4
5
(MA
TER
IALS
-10-
31-2
)
Des
ign,
fab
ricat
ion
and
char
acte
rizat
ion
of
poly
mer
-coa
ted
As2S
e3 m
icro
wire
s Li, L
izhu
15:5
5
(PLA
SMO
NIC
S-10
-32-
2)
2-D
Rea
l-Tim
e Sp
ectr
um A
naly
sis
Gup
ta, S
hula
bh16
:00
(NO
NLI
NEA
R-1
0-29
-3)
Spec
tral
ly T
unab
le E
xtrin
sic
Chira
lity
in a
Pla
s-
mon
ic M
etas
urfa
ce
De
Leon
, Isr
ael
16:0
0(S
ENSO
RS-
10-3
0-3)
Cont
rolle
d pr
otei
n an
d ce
ll ad
hesi
on o
n m
i-co
stru
ctre
d pd
ms
surf
ace
usin
g fe
mto
seco
nd
lase
rA
lshe
hri,
Ali
16:0
0(M
ATE
RIA
LS-1
0-31
-3)
Opt
ical
mod
ulat
ion
and
lasi
ng b
ehav
ior
of
ZnO
mic
row
ire o
ptic
al r
eson
ator
s w
ith p
ar-
alle
logr
am c
ross
sec
tion
Liu,
Yan
g
16:1
0(P
LASM
ON
ICS-
10-3
2-3)
Tailo
ring
colo
rs o
f silv
er s
urfa
ces
via
nano
par-
ticle
for
mat
ion
upon
pic
osec
ond
lase
r ex
po-
sure
Gua
y, J
ean-
Mic
hel
16:1
5
(NO
NLI
NEA
R-1
0-29
-4)
Gen
erat
ion
of O
ver
200m
W L
aser
Rad
iatio
n at
177.
3nm
in K
Be2B
O3F
2 Cr
ysta
l
Lin,
Shu
jie
16:1
5(S
ENSO
RS-
10-3
0-4)
Non
linea
r St
okes
Mue
ller
Pola
rimet
ry f
or M
i-cr
osco
pic
Imag
ing
of O
rder
ed B
iolo
gica
l Str
uc-
ture
sB
arzd
a, v
irgi
niju
s
16:1
5(M
ATE
RIA
LS-1
0-31
-4)
Broa
dban
d Su
perc
ontin
uum
Gen
erat
ion
in
all-n
orm
al D
ispe
rsio
n Ch
alco
geni
de M
icro
w-
ires
Al-
kadr
y, A
laa
16:1
5
(CO
MM
ERC
IALI
ZATI
ON
-10-
28,5
-5)
TBD
Cre
ber,
Bri
an
16:2
5(P
LASM
ON
ICS-
10-3
2-4)
FDTD
met
hod
and
HPC
for
pla
smon
ic n
ano-
ante
nnas
Cal
a’ L
esin
a, A
nton
ino
16:3
0
(NO
NLI
NEA
R-1
0-29
-5)
The
scal
ing
law
s of
spo
ntan
eous
par
amet
ric
dow
n-co
nver
sion
Cho
udha
ry, S
aum
ya
16:3
0
(SEN
SOR
S-10
-30-
5)
Whi
te M
atte
r In
jury
in
a N
ewbo
rn R
at M
odel
Anal
yzed
with
Res
ting-
Stat
e O
ptic
al I
mag
ing
of I
ntrin
sic
Sign
als
(rsO
IS)
Gue
vara
, Edg
ar
16:3
0
(MA
TER
IALS
-10-
31-5
)
Low
-ene
rgy-
thre
shol
d M
id-in
frar
ed
Supe
r-
cont
inuu
m G
ener
atio
n in
As2
Se3
Mic
row
ires
Al-
kadr
y, A
laa
16:4
0
(PLA
SMO
NIC
S-10
-32-
5)
Can
nonl
inea
r re
frac
tive
inde
x be
larg
er t
han
the
linea
r re
frac
tive
inde
x?
Ala
m, M
Zah
irul
16:4
5
(NO
NLI
NEA
R-1
0-29
-6)
Ultr
a-Lo
w P
ower
Pas
sive
Mod
e-Lo
ckin
g U
sing
an I
nteg
rate
d N
onlin
ear
Mic
rorin
g Re
sona
tor
Roz
tock
i, Pi
otr
17:0
0 -
PO
STER
CO
CK
TAIL
- E
XH
IBIT
ION
HA
LL
PH
OTO
NIC
S N
OR
TH 2
015
THURSDAY JUNE 11 THURSDAY JUNE 11
18 19
33-N
ON
LIN
EAR
Room
209
34-S
ENSO
RS B
IOM
EDIC
ALS
Room
210
35-H
IGH
PO
WER
Room
211
36-P
LASM
ON
ICS
Room
212
37-C
OM
MER
CIAL
IZAT
ION
Room
Exh
ibiti
on H
all
CHAI
R: J
eff
Lund
een
CHAI
R: C
arlo
s Es
cobe
doCH
AIR:
Rav
i Bha
rdw
aj
CHAI
R: G
ilber
t W
alke
rCH
AIR:
Rob
ert
Corr
ivea
u08
:00
(NO
NLI
NEA
R-1
1-33
-1)
Gra
phen
e-Ba
sed
Non
linea
r O
ptic
s
Sem
nani
, Beh
rooz
08:0
0(H
IGH
PO
wER
-11-
35-1
)Pr
obin
g th
e st
ruct
ure
of t
he e
lect
ron
wav
e-fu
nctio
n at
the
tun
nel
exit
in p
olya
tom
ic
mol
ecul
esA
lhar
bi, A
. F.
08:0
0
(PLA
SMO
NIC
S-11
-36-
1)
Enha
ncem
ents
to s
urfa
ce p
lasm
on re
sona
nce
imag
ing
for
bios
ensi
ng
Cha
rett
e, P
aul
08:0
0
(CO
MM
ERC
IALI
ZATI
ON
-11-
37-1
)
Opp
ortu
nity
Fro
m E
lect
roni
cs t
o El
ectr
onic
Opt
ics
Tai,
Ken
neth
C.H
08:1
5(N
ON
LIN
EAR
-11-
33-2
)Te
rahe
rtz
Fiel
d-in
duce
d Sw
itchi
ng i
n Ph
otoe
x-ci
ted
Bila
yer
Gra
phen
eH
afez
, Has
san
08:1
5(H
IGH
PO
wER
-11-
35-2
)Ph
otoe
lect
ron
spec
tros
copy
of
m
olec
ular
ni
trog
en u
sing
hig
h or
der
harm
onic
s of
800
nm
and
of 4
00 n
m fe
mto
seco
nd la
ser p
ulse
sM
arce
au, C
laud
e
08:2
5
(PLA
SMO
NIC
S-11
-36-
2)
Long
-ran
ge s
urfa
ce p
lasm
on w
aveg
uide
s fo
r
leuk
emia
det
ectio
n
Kru
pin,
Ole
ksiy
08:3
0(N
ON
LIN
EAR
-11-
33-3
)G
erm
anat
e-te
llurit
e co
mpo
site
fibe
rs fo
r su
per-
cont
inuu
m g
ener
atio
n in
the
mid
-infr
ared
Boi
vin,
Mat
hieu
08:3
0(S
ENSO
RS-
11-3
4-1)
Nan
ohol
e ar
rays
for m
ulti-
wel
l pla
smon
ic s
ens-
ing
Cou
ture
, Max
ime
08:3
0(H
IGH
PO
wER
-11-
35-3
)Ta
blet
op i
mag
ing
of t
he p
roto
n m
igra
tion
proc
ess
in t
he a
cety
lene
cat
ion
wan
ie, v
ince
nt
08:4
0
(PLA
SMO
NIC
S-11
-36-
3)
Impr
oved
res
olut
ion
in S
PR a
nd M
CWG
mi-
cros
copy
by
com
bini
ng im
ages
acq
uire
d w
ith
dist
inct
mod
e pr
opag
atio
n di
rect
ions
Cha
rett
e, P
aul
08:4
5
(NO
NLI
NEA
R-1
1-33
-5)
Hig
h Te
rahe
rtz
Fiel
d-in
duce
d Ca
rrie
r D
ynam
ics
in G
ated
Gra
phen
e
Haf
ez, H
assa
n
08:4
5
(SEN
SOR
S-11
-34-
2)
Nan
opho
toni
c op
tom
echa
nica
l sen
sors
: si
licon
and
diam
ond
devi
ces
Bar
clay
, Pau
l
08:4
5
(HIG
H P
Ow
ER-1
1-35
-4)
Mol
ecul
ar s
truc
ture
from
alig
ned
poly
atom
ic
mol
ecul
es u
sing
las
er-in
duce
d el
ectr
on d
if-
frac
tion
Bie
gert
, Jen
s
08:4
5(C
OM
MER
CIA
LIZA
TIO
N-1
1-37
-2)
Neu
resc
ence
is s
ettin
g a
new
gol
d st
anda
rd
for
in v
ivo
smal
l ani
mal
imag
ing
Soud
ager
, Yas
aman
08:5
5(P
LASM
ON
ICS-
11-3
6-4)
Sele
ctiv
e de
tect
ion
of b
acte
ria in
urin
e w
ith a
LR
SPP
wav
egui
de B
iose
nsor
Bel
and,
Pau
l
08:5
5
(CO
MM
ERC
IALI
ZATI
ON
-11-
37-3
)
TBD
1
TBA
09:0
0(N
ON
LIN
EAR
-11-
33-6
)Br
oadb
and
seco
nd
harm
onic
ge
nera
tion
in
gaas
sla
b of
hyp
erbo
lic u
pper
sur
face
usi
ng
tir-q
pmSa
ha, A
rdhe
ndu
09:1
0
(SEN
SOR
S-11
-34-
3)Su
b-m
M I
mag
ing
of C
arot
enoi
ds U
sing
Ele
c-tr
onic
and
Vib
ratio
nal
Non
linea
r O
ptic
al M
i-cr
osco
py
Slep
kov,
Aar
on
09:1
0
(HIG
H P
Ow
ER-1
1-35
-5)
Sub-
cycl
e St
rong
-fiel
d El
ectr
on D
ynam
ics
in
a Bu
lk S
emic
ondu
ctor
Tra
ced
by H
igh-
orde
r
Har
mon
ic G
ener
atio
n
Lang
er, F
abia
n
09:1
0
(PLA
SMO
NIC
S-11
-36-
5)
‘Pla
smon
ic s
ensi
ng u
sing
hyb
rid m
ode
Can
va, M
icha
el
09:0
5
(CO
MM
ERC
IALI
ZATI
ON
-11-
37-4
)
TBD
2
TBA
09:1
5(N
ON
LIN
EAR
-11-
33-7
)N
ear
field
effe
cts
in C
oher
ent
anti-
Stok
es R
a-m
an S
catt
erin
g M
icro
scop
y van
der
Kol
k, J
arno
09:1
5
(CO
MM
ERC
IALI
ZATI
ON
-11-
37-5
Inte
llect
ual p
rope
rty
right
s de
mys
tified
Gir
ard,
Isa
belle
09:3
0(N
ON
LIN
EAR
-11-
33-8
)Ex
trem
ely
Larg
e N
onlin
ear
Refr
activ
e In
dex
for
Crys
tals
at
Tera
hert
z Fr
eque
ncie
sD
olga
leva
, Kse
nia
09:3
5
(SEN
SOR
S-11
-34-
4)
Pum
p-pr
obe
spec
tros
copy
in
a m
icro
scop
e -
Appl
icat
ions
in b
iolo
gy a
nd a
rt c
onse
rvat
ion
Fisc
her,
Mar
tin
09:3
5
(HIG
H P
Ow
ER-1
1-35
-6)
Dire
ct-fi
eld
elec
tron
acc
eler
atio
n by
ultr
afas
t
radi
ally
-pol
ariz
ed la
ser
puls
es
Pich
é, M
iche
l
09:3
5
(PLA
SMO
NIC
S-11
-36-
6)
Pola
rizat
ion
Dep
ende
nt
Enha
nced
U
p-co
n-
vers
ion
Bro
lo, A
lexa
ndre
09:4
5
(CO
MM
ERC
IALI
ZATI
ON
-11-
37-6
)
TBD
3 Perr
eira
, Ric
ardo
10:0
0 -
CO
FFEE
BR
EAK
- E
XH
IBIT
ION
HA
LL
38-P
LEN
ARY
: P
hilli
p R
usse
ls -
Roo
m 2
10
39-G
REEN
Room
209
40-S
ENSO
RS B
IOM
EDIC
ALS
Room
210
41-P
HO
TON
ICS
MAT
ERIA
LRo
om 2
1142
-PLA
SMO
NIC
SRo
om 2
1243
-QU
ANTU
M I
NFO
Room
Exh
ibiti
on H
all
CHAI
R: J
acop
Kric
hCH
AIR:
Han
s-Pe
ter
Looc
kCH
AIR:
You
nes
Mes
sadd
eqCH
AIR:
Ale
xand
re B
rolo
CHAI
R: B
en S
ussm
an
11:1
5(G
REE
N-1
1-38
-1)
Imag
ing
the
func
tiona
lity
of p
hoto
volta
ic d
e-vi
ces
with
nan
osca
le s
patia
l res
olut
ion
Leit
e, M
arin
a
11:1
5(S
ENSO
RS-
11-4
0-1)
Fluo
resc
ent m
icro
capi
llarie
s fo
r m
icro
fluid
ic s
ens-
ing
and
bios
ensi
ngM
eldr
um, A
l
11:1
5(P
LASM
ON
ICS-
11-4
2-1)
Coup
ling
surf
ace
phon
on p
olar
itons
of
boro
n ni
trid
e na
notu
bes
with
pla
smon
s of
gra
phen
ew
alke
r, G
ilber
t
11:1
5(Q
UA
NTU
M-1
1-43
-1)
Qua
ntum
wal
ks a
nd w
avep
acke
t dy
nam
ics
on a
latt
ice
with
tw
iste
d ph
oton
sB
oyd,
Rob
ert
11:4
0
(GR
EEN
-11-
39-2
)
Ultr
afas
t Ca
rrie
r Ph
otog
ener
atio
n D
ynam
ics
in P
olym
er:
Fulle
rene
Sol
ar C
ells
Pro
bed
by
Phot
ocur
rent
-Det
ecte
d Tw
o-D
imen
sion
al
Co-
here
nce
Spec
tros
copy
Silv
a, C
arlo
s
11:4
0
(SEN
SOR
S-11
-40-
2)
Plas
mon
ic S
enso
rs fo
r Bi
olog
ical
Cel
ls
Lagu
gné-
Laba
rthe
t, F
ranç
ois
11:4
0
(MA
TER
IALS
-11-
41-2
)
Com
pact
non
linea
r m
edia
for
fibe
r la
sers
and
broa
dban
d so
urce
s Roc
hett
e, M
arti
n
11:4
0(P
LASM
ON
ICS-
11-4
2-2)
On-
Chip
Non
linea
r Pl
asm
onic
s w
ith G
raph
ene-
Met
al N
anos
truc
ture
sG
ham
sari
, Beh
nood
11:4
0
(QU
AN
TUM
-11-
43-2
)
Qua
ntum
nan
opho
toni
cs
vuc
kovi
c, J
elen
a
11:4
0(P
LASM
ON
ICS-
11-4
2-3)
Mag
netle
ss
grap
hene
-fer
rite
infr
ared
pl
as-
mon
ic is
olat
orC
ham
anar
a, N
ima
12:0
5(G
REE
N-1
1-39
-3)
Surf
ace
Chem
istr
y an
d St
ruct
ural
Eng
inee
ring
of C
ollo
idal
Qua
ntum
Dot
Sol
ar C
ells
Yan
g, K
evin
12:0
5(S
ENSO
RS-
11-4
0-3)
Inte
grat
ed
Nan
opla
smon
ic-M
icro
fluid
ic
Sens
ing
Plat
form
with
Im
prov
ed D
ynam
ic R
ange
Esco
bedo
, Car
los
12:0
5(M
ATE
RIA
LS-1
1-41
-3)
Mic
rost
ruct
ure-
com
posi
ted
mat
eria
ls:
A ne
w t
ype
of h
igh-
pow
er la
ser
mat
eria
ls?
Zhan
g, L
ong
12:0
5(P
LASM
ON
ICS-
11-4
2-4)
Surf
ace
plas
mon
pol
arito
n di
sper
sion
in in
ho-
mog
eneo
us s
emic
ondu
ctor
s Eldl
io, M
oham
ed
12:0
5(Q
UA
NTU
M-1
1-43
-3)
W-S
tate
Enc
odin
g of
Ato
mic
Ens
embl
es U
s-in
g Ry
dber
g Bl
ocka
deG
. wal
ker,
Tha
d
12:3
0 -
LUN
CH
IN
CLU
DED
- E
XH
IBIT
ION
HA
LL
44-G
REEN
Room
209
45-S
ENSO
RS B
IOM
EDIC
ALS
Room
210
46-H
IGH
PO
WER
Room
211
47-Q
UAN
TUM
IN
FORo
om 2
12
CHAI
R: J
erem
y M
unda
yCH
AIR:
Car
los
Esco
bedo
CHAI
R: M
iche
l Pic
héCH
AIR:
Jef
f Lu
ndee
n
13:3
0(S
ENSO
RS-
11-4
5-1)
Imag
ing
Cells
in
3D u
sing
Cor
rela
ted
Cryo
geni
c Fl
uore
s-ce
nce
and
Soft
X-r
ay T
omog
raph
ies
McD
erm
ott,
Ger
ry
13:3
0(H
IGH
PO
wER
-11-
46-1
)U
ltraf
ast
tera
hert
z sc
anni
ng t
unne
ling
mic
rosc
opy
A. H
egm
ann,
Fra
nk
13:3
0(Q
UA
NTU
M-1
1-47
-1)
New
inte
rfac
e be
twee
n qu
antu
m o
ptic
s an
d na
nosc
ienc
eD
. Luk
in, M
ikha
il
13:5
5(G
REE
N-1
1-44
-1)
Nan
opho
toni
c Lu
min
esce
nt S
olar
Con
cent
rato
rs in
clud
ing
Nan
ocry
stal
Lum
opho
res
Ferr
y, v
ivia
n
13:5
5(S
ENSO
RS-
11-4
5-2)
Tow
ards
MiL
ab,
an o
ptic
al fi
ber
base
d bi
o-an
alys
is p
lat-
form
on
the
Inte
rnat
iona
l Spa
ce S
tatio
nR
ivie
re, C
hris
toph
e
13:5
5(H
IGH
PO
wER
-11-
46-2
)H
igh
Den
sity
Dat
a St
orag
e In
Tra
nspa
rent
Pla
stic
s U
sing
Fe
mto
seco
nd L
aser
Mic
rost
ruct
urin
g K
alle
palli
, Dee
pak
13:5
5
(QU
AN
TUM
-11-
47-2
)
How
to
Build
a Q
uant
um R
epea
ter
Titt
el, w
olfa
ng14
:20
(GR
EEN
-11-
44-2
)Th
erm
al C
onsi
dera
tions
in G
aAs
Nan
owire
Sol
ar C
ells
Povi
nelli
, Mic
helle
14:1
0(S
ENSO
RS-
11-4
5-3)
Dire
ct W
rite
of O
ptofl
uidi
c La
b-in
-Fib
er S
enso
rs T
hrou
gh
Poly
mer
-Coa
ted
Opt
ical
Fib
erJo
seph
, Kev
in
14:1
0(H
IGH
PO
wER
-11-
46-3
)Im
agin
g M
ass
Spec
trom
etry
at
Ambi
ent
Pres
sure
usi
ng
Fem
tose
cond
Las
er P
ulse
sG
eiss
ler,
Dom
inik
14:2
0
(QU
AN
TUM
-11-
47-3
)
Expl
orin
g ph
oton
sto
rage
med
ia f
or n
ovel
app
licat
ions
:
non-
dem
oliti
on m
easu
rem
ent
and
slow
ligh
t
Hes
ham
i, K
haba
t
14:2
0(G
REE
N-1
1-44
-3)
Det
erm
inat
ion
of o
ptim
al i
ndiu
m c
once
ntra
tion
and
dot
size
in I
nGaN
/GaN
qua
ntum
dot
inte
rmed
iate
ban
d so
lar
cells
Rob
icha
ud, L
uc
14:2
5(S
ENSO
RS-
11-4
5-4)
Pola
rizat
ion-
coup
ling
erro
rs i
n a
lase
r-dr
iven
fibe
r op
tic
gyro
scop
eC
ham
oun,
Jac
ob
14:2
5(H
IGH
PO
wER
-11-
46-4
)Q
uant
um-D
ot S
atur
able
Abs
orbe
r an
d Ke
rr L
ens
Mod
e-Lo
cked
Yb:
KGW
Las
er w
ith >
300
kW o
f Pe
ak P
ower
Akb
ari,
Rez
a
14:3
5(G
REE
N-1
1-44
-4)
Des
igns
opt
imis
atio
ns f
or c
once
ntra
ted
sola
r sy
stem
s us
-in
g di
lute
nitr
ide
four
-jun
ctio
n ph
otov
olta
ics H
inze
r, K
arin
14:4
0
(SEN
SOR
S-11
-45-
5)H
ighl
y Se
nsiti
ve S
uspe
nded
Rin
g Re
sona
tor
Sens
orY
ousu
f, S
oha
14:4
0(H
IGH
PO
wER
-11-
46-5
)Fo
urie
r do
mai
n co
nfigu
ratio
n fo
r in
trap
ulse
fr
eque
ncy
mix
ing
Erno
tte,
Gui
lmot
14:4
5(Q
UA
NTU
M-1
1-47
-4)
A qu
antu
m m
emor
y ba
sed
on a
col
d at
omic
ens
embl
e fo
r O
rbita
l Ang
ular
Mom
entu
m q
ubits
Gin
er, L
ambe
rt
14:5
0(G
REE
N-1
1-44
-5)
Des
ign
of a
35%
hig
h co
ncen
trat
ing
phot
ovol
taic
sys
tem
th
at o
pera
tes
in b
oth
dire
ct a
nd d
iffus
e ill
umin
atio
nLi
, Rob
ert
14:5
5(S
ENSO
RS-
11-4
5-6)
Expe
rimen
tal E
xam
inat
ion
of T
ilted
Bra
gg G
ratin
gs fo
r Vis
-ib
le L
ight
Out
-cou
plin
g Ef
ficie
ncy
of T
FBG
sJa
fari
, Sey
ed H
amed
14:5
5(H
IGH
PO
wER
-11-
46-6
)N
anos
truc
turin
g si
licon
with
str
uctu
red
light
Rah
imia
n, M
itra
15:1
0 -
CO
FFEE
BR
EAK
- E
XH
IBIT
ION
HA
LL
PHOTONICS NORTH 2015
21
PH
OTO
NIC
S N
OR
TH 2
015
THURSDAY JUNE 11
20
48-G
REEN
Room
209
49-S
ENSO
RS B
IOM
EDIC
ALS
Room
210
50-P
HO
TON
ICS
MAT
ERIA
LRo
om 2
1151
-QU
ANTU
MRo
om 2
11
CHAI
R: N
azir
Kher
ani
CHAI
R: H
ans-
Pete
r Lo
ock
CHAI
R: Y
anni
ck P
etit
CHAI
R: J
eff
Lund
een
15:2
5(G
REE
N-1
1-48
-1)
Late
ral-g
row
n si
licon
wire
s fo
r ef
ficie
ncy
enha
ncem
ent
of
sing
le-c
ryst
allin
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licon
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vec
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or b
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on
dual
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agg
grat
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, Din
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ATE
RIA
LS-1
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Laye
red
and
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pplic
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uong
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van
END
POSTER PRESENTATIONS
PHOTONICS NORTH 2015 PHOTONICS NORTH 2015
22 23
POSTER PRESENTATIONSwednesday June 10, 2015
HIGH POwER LASER TECHNOLOGY, ULTRAFAST OPTICS AND APPLICATIONS(HIGH POwER-10-P-1)
GROWTH OF LASER-INDUCED PERIODIC SURFACE STRUCTURES UNDER COMPETING ABLATION AND PHOTO-EXPANSION MECHANISMS
Déziel, Jean-Luc, Université Laval, Canada
(HIGH POwER-10-P-2)TRACKING OBJECTS HIDDEN AROUND CORNERS
Gariepy, Genevieve, Heriot-Watt University, UK
(HIGH POwER-10-P-3)COMPARISON OF 2.7 MICRON FLUORESCENT SPECTRA OF ER-ZBLAN WITH 980 NM AND 790 NM PUMPING
Berge, Cameron, McGill University, Canada
(HIGH POwER-10-P-4)SEQUENTIAL AND CONCERTED BREAKUP OF (CO)2
Ding, Xiaoyan, JASLAB, University of Ottawa and National Research Council Canada, Canada
(HIGH POwER-10-P-5)SPATIAL PROPERTIES OF HIGH-HARMONICS
Brown, Graham, University of Ottawa, Canada
(HIGH POwER-10-P-6)A MASS SPECTROMETER ADAPTED FOR IONIZATION AND ABLATION OF SAMPLES WITH FEMTOSECOND LASER PULSES
Chiasson, Martin, University of Ottawa, Canada
(HIGH POwER-10-P-7)FULL CHARACTERIZATION OF AN ATTOSECOND PULSE GENERATED USING AN INFRARED DRIVER
Zhang, Chunmei, Joint Attosecond Science Lab, NRC and University of Ottawa, Canada
(HIGH POwER-10-P-8)ELECTROMAGNETIC FIELDS OF AN ULTRASHORT TIGHTLY FOCUSED LASER PULSE
Salamin, Yousef, American University of Sharjah, United Arab Emirates
NONLINEAR OPTICS, NANOPHOTONICS AND QUANTUM OPTICS(NONLINEAR-10-P-9)
DIODE PUMPED 532 NM SINGLE-FREQUENCY ND:YVO4 LASER WITH ETALONS AT ROOM TEMPERATURE
Liang, wanguo, Fujian Institute of Research on the Structure of Matter, Chinese Academy of Sciences, China
(NONLINEAR-10-P-10)OPTICAL FREQUENCY COMB GENERATION VIA CASCADED BRILLOUIN SCATTERING IN A NONLINEAR MEDIA
Kayes, Md Imrul, McGill University, Canada
(NONLINEAR-10-P-11)MID-INFRARED RAMAN FIBER LASER IN CHALCOGENIDE MICROWIRE
Abdukerim, Nurmemet, McGill University, Canada
(NONLINEAR-10-P-12)THE ROLE OF ENERGETIC ELECTRONS IN AIR LASING
Britton, Mathew, uOttawa/NRC, Canada
(NONLINEAR-10-P-13)NONLINEAR ULTRAFAST CARRIER DYNAMICS IN GATED GRAPHENE REVEALED BY TIME-RESOLVED TERAHERTZ SPECTROSCOPY
Hafez, Hassan, INRS-EMT, Canada
OPTICAL AND QUANTUM COMMUNICATIONS
(OP-QUANTUM-10-P-14) INVESTIGATING THE EFFECT OF MUX BANDWIDTH ON HYBRID COMMUNICATION SYSTEMS PERFORMANCE
Atieh, Ahmad, Université Laval, Canada
(OP-QUANTUM-10-P-15)OPTOCHEMICALLY ORGANIZED FILAMENTS OF LIGHT: FROM WAVEGUIDE ENCODED INTERSECTING (WIDEI) POLYMER LATTICES TO SPONTANEOUS, ALL-OPTICAL TRANSFER OF SIGNALS
Saravanamuttu, Kalaichelvi, McMaster University, Canada
(OP-QUANTUM-10-P-16)A NEW ARCHITECTURE OF ALL OPTICAL NETWORK BASED ON TUNABLE OPTICAL BUFFER AND WAVELENGTH CONVERSION USING WIDE BAND SEMICONDUCTORS OPTICAL AMPLIFIER
Fayed, Heba , AASTMT, Egypt
(OP-QUANTUM-10-P-17)DEMULTIPLEXING BY INDEPENDENT COMPONENT ANALYSIS IN COHERENT OPTICAL TRANSMISSION: THE POLARIZATION CHANNEL ALIGNMENT PROBLEM
Nabavi, Neda, JASLAB, University of Ottawa, Canada
(OP-QUANTUM-10-P-18)INFLUENCE OF TOD, IRS AND SS ON SOLITON INTERACTION
Mani, Bhupeshwaran, SSN College of Engineering, Anna University, India
OPTOELECTRONICS AND INTEGRATED OPTICS(OPTO-10-P-19)
SPONTANEOUS EMISSION AND REFLECTIVITY MEASUREMENTS FOR THE CHARACTERIZATION OF FACET-COATINGS OF SEMICONDUCTOR LASERS
Chang, Shoude, National Research Council Canada, Canada
(OPTO-10-P-20)HOMOGENIZATION OF NANOSTRUCTURE WAVEGUIDES IN THE NON-RESONANT AND RESONANT REGIMES
Samadian, Parya, University of Ottawa, Canada
(OPTO-10-P-21)DESIGN AND FABRICATION OF HIGH-REFLECTANCE COATINGS ON ETCHED-FACET DEVICES
Poitras, Daniel, National Research Council of Canada, Canada
(OPTO-10-P-22)MEASUREMENT OF OPTICAL LOSSES IN SILICON PHOTONIC CONTRA-DIRECTIONAL COUPLERS
Caverley, Michael, University of British Columbia, Canada
(OPTO-10-P-23)VISIBLE LIGHT COMMUNICATION UNDERWATER
Salamah, Maram , Arab Academy for Science, Technology and Maritime Transport, Egypt
(OPTO-10-P-24)TERAHERTZ REFLECTION TIME-DOMAIN SPECTROSCOPY FOR BANDGAP MEASUREMENT OF PERIODIC STRUCTURES
Novoa Lopez, José Antonio, Carleton University/ Universidade de Vigo, Canada
(OPTO-10-P-25)USING A TRAVELING WAVE MODEL FOR OPTICAL CIRCUIT SIMULATION OF SEMICONDUCTOR OPTICAL AMPLIFIERS
Smy, Tom, Carleton University, Canada
PHOTONICS NORTH 2015 PHOTONICS NORTH 2015
24 25
PHOTONIC MATERIALS(MATERIALS-10-P-26)
POLARIZED LASER EMISSION FROM A (YBX:Y1-X)3AL5O12 CERAMIC LASER USING ANISOTROPIC BRAGG MIRROR FABRICATED WITH GLANCING ANGLE DEPOSITION.
Doucet, Alexandre, Université de Monton, Canada
(MATERIALS-10-P-27)ANNEALING TEMPERATURES AND HYDROGEN EVOLUTION IN SILICON QUANTUM DOTS IN HYDROGENATED SILICON NITRIDE
Cadogan, Carolyn, The University of Western Ontario, Canada
(MATERIALS-10-P-28)OPTICAL PROPERTIES OF CHOLESTERIC FILM FABRICATED BY A REACTIVE MESOGEN
Jhun, Chul Gyu , Hoseo University
(MATERIALS-10-P-30)CBN THIN FILM MATERIALS FOR ELECTRO-OPTIC DEVICE APPLICATIONS
Hossain, Nadir, INRS-EMT, Canada
(MATERIALS-10-P-31)EFFECTS OF ALLOYING ON OSCILLATOR STRENGTH IN INGAN/GAN QUANTUM WELLS
Tit, Nacir, UAE University, United Arab Emirates
PHOTONIC SENSORS AND BIOMEDICAL OPTICS(SENSORS-10-P-32)
CAVITY-ENHANCED PHOTOACOUSTIC DETECTION USING ACOUSTIC AND OPTICAL-FIBER RESONATORS
Loock, Hans-Peter, Queen’s University, Canada
(SENSORS-10-P-33)ISOTHERMAL ANNEALING OF HIGH TEMPERATURE STABLE HYDROGEN LOADED FIBER BRAGG GRATINGS
Alqarni, Sondos , Carleton University, Canada
(SENSORS-10-P-34)INVESTIGATING THE IMPACT OF LASER PULSE SHAPE ON MICROCAVITATION-INDUCED RPE CELL INJURY.
Deladurantaye, Pascal, INO, Canada
(SENSORS-10-P-35)BIOCOMPATIBILITY OF POLYMER MATERIALS FOR OPTO MICROFLUIDIC APPLICATIONS
Fanous, Michael, Concordia University, Canada
(SENSORS-10-P-36)TOTAL JAUNDICE MANAGEMENT USING LASER DIODES, LEDS AND OLEDS FOR NEWBORN INFANTS
Hamza, Mostafa , Faculty of Engineering, Mansoura University, Mansoura, Egypt
(SENSORS-10-P-37)TEMPERATURE INSENSITIVE OPTICAL MEMS ACCELEROMETER
vellaluru, Neeharika, BITS Pilani, Hyderabad Campus, India
(SENSORS-10-P-38)TUNABLE FBGS FOR WAVELENGTH SCANNING
Thomas, Saju, O/E Land Inc. , Canada
(SENSORS-10-P-39)SURFACE PLASMONIC EFFECT FROM TAPERED OPTICAL FIBER COATED WITH NANOPARTICLES
Men, Liqiu, Memorial University of Newfoundland, Canada
(SENSORS-10-P-40) DIFFRACTIVE GRATING BASED OPTO-MICROFLUIDIC SENSOR FOR REFRACTIVE INDEX SENSING
Zhang, Daiying, Memorial University of Newfoundland, Canada
(SENSORS-10-P-41)UNIAXIAL FIBER BRAGG GRATING ACCELEROMETER
Casas, Miguel, Universidad nacional autónoma de méxico, Mexico
(SENSORS-10-P-42)PROPAGATION OF BESSEL BEAMS IN SOFT TISSUE
Yang, Jianing, Laurentian University, Canada
(SENSORS-10-P-43)LASER BESSEL VELOCIMETRY
Sakah, Mahmud , Laurentian University, Canada
(SENSORS-10-P-44)TESTING AND NOISE ANALYSIS OF INGAAS FOCAL PLANE ARRAYS
Flueraru, Costel , National Research Council of Canada, Canada
(SENSORS-10-P-45)STUDIES OF LONG-PERIOD FIBER GRATING DEVICES COATED WITH THE LIQUID CRYSTAL LAYER TUNED NEAR THE PHASE-MATCHING TURNING POINT
Czapla, Aleksandra ,Univ. du Québec en Outaouais, Canada
(SENSORS-10-P-46)SYNTHESIS OF TRANSITION METAL DOPED ZINC SELENIDE NANOPARTICLES FOR BIOIMAGING
Mazing, Dmitrii, St Petersburg Electrotechnical University, Russian Federation
(SENSORS-10-P-47)REMOTE OPTICAL TRACE GAS SENSING OVER EXISTING TELECOMMUNICATION ACCESS NETWORK
wang, Ting, NEC Labs America, USA
PHOTONIC THEORY DESIGN AND SIMULATIONS(THEORY-10-P-48)
NUMERICAL RESEARCH ON A DUAL-MODE SAMPLED-GRATING QUANTUM-DOT BASED INP/INGAASP DFB LASER FOR W-BAND ROF APPLICATION
Li, Ran, University of Ottawa, Canada
(THEORY-10-P-49)A NOVEL FDTD ALGORITHM FOR SUPERCONTINUUM GENERATION STUDIES IN PHOTONIC CRYSTAL FIBERS
Salski, Bartlomiej, Warsaw University of Technology, Polska
(THEORY-10-P-50)A COMPACT AND BROADBAND SILICON-ON-INSULATOR POLARIZATION SPLITTER AND ROTATOR
Rumaldo, Yesica, Unicamp, Brazil
(THEORY-10-P-51)TOWARD THE OPTICAL FLYING CARPET: REDUCING THE DIVERGENCE OF A LIGHT SHEET BELOW DIFFRACTION LIMIT
Golub, Ilya , Algonquin College, Canada
(THEORY-10-P-52)SEPARATING THE SIAMESE TWINS: DECOUPLING CIRCULAR AND LINEAR BIREFRINGENCIES USING A PI-SHIFTED SAGNAC INTERFEROMETER
Golub, Ilya , Algonquin College, Canada
(THEORY-10-P-53)AN FSR-FREE SILICON RESONATOR REFLECTOR USING A CONTRA-DIRECTIONAL COUPLER AND A BRAGG REFLECTOR
Boeck, Robert ,University of British Columbia, Canada
PHOTONICS IN MANUFACTURING
(MANUFACTURING-10-P-55)FEMTOSECOND LASER PULSE TRAIN MICROMACHINING OF SILICON
Alemida, Gustavo, University of São Paulo, Brasil
(MANUFACTURING-10-P-57)3D PRINTED KIT FOR BLOOD PLASMA SEPARATION AND FLUORESCENT DETECTION OF PROTEINS
Jagadeesh, Shreesha, University of Toronto, Canada
PHOTONICS NORTH 2015 PHOTONICS NORTH 2015
26 27
PLASMONICS AND METAMATERIALS(PLASMONICS-10-P-58)
AN ULTRA-COMPACT NANOPLASMONIC HIGH-PASS WAVELENGTH FILTER AT TELECOMMUNICATION WAVELENGTHS BASED ON A MIM WAVEGUIDE
Ebadi, Seyed Morteza, Kermanshah Science and Research Branch, Islamic Azad University, Iran
(PLASMONICS-10-P-59)ANGULAR MOMENTUM DENSITY OF SURFACE PLASMON ENHANCED ELECTROMAGNETIC FIELDS EXCITED BY TIGHTLY FOCUSED STATISTICAL BEAMS
Cheng, Hao, Dalhousie University, Canada
(PLASMONICS-10-P-60)LONG-RANGE SURFACE PLASMON MULTIPLE OUTPUT MACH-ZEHNDER INTERFEROMETERS
Fan, Hui, University of Ottawa, Canada
(PLASMONICS-10-P-61)CHARACTERIZATION OF LONG-RANGE SURFACE PLASMON BRAGG GRATINGS WITH MICROFLUIDIC CHANNELS
Khodami, Maryam, University of Ottawa, Canada
(PLASMONICS-10-P-62)HIGH SPEED SURFACE PLASMON NANOANTENNA-BASED PHOTODETECTORS
Siadat Mousavi, Saba , University of Ottawa, Canada
(PLASMONICS-10-P-63)A TUNABLE NANOPLASMONIC HIGH PASS WAVELENGTH FILTER EMBEDDED IN A MIM WAVEGUIDE
Ebadi, Seyed Morteza, Science and Research Branch, Islamic Azad University, IRAN
(PLASMONICS-10-P-64)A NOVEL PLASMONIC HIGH PASS WAVELENGTH FILTER BASED ON TRIANGULAR ARRAYS IN A MIM WAVEGUIDE
Ebadi, Seyed Morteza, Science and Research Branch, Islamic Azad University, IRAN
(PLASMONICS-10-P-65)A DUAL BANDPASS PLASMONIC FILTER BASED ON MIM STEPPED IMPEDANCE RESONATOR
Ebadi, Seyed Morteza, Science and Research Branch, Islamic Azad University, IRAN
(PLASMONICS-10-P-66GRATING ASSISTED SEMICONDUCTOR PLASMONIC WAVEGUIDES
Chochol, Jan, Dalhousie University
(PLASMONICS-10-P-67)A NEW PLASMONIC LONG WAVELENGTH CUTOFF FILTER BASED ON TRIANGULAR ARRAYS IN A MIM WAVEGUIDE
Ebadi, Seyed Morteza, Science and Research Branch, Islamic Azad University, IRAN
(PLASMONICS-10-P-68)A TUNABLE WAVELENGTH BAND PASS PLASMONIC FILTER BASED ON TRIANGULAR ARRAYS IN A MIM WAVEGUIDE
Ebadi, Seyed Morteza, Science and Research Branch, Islamic Azad University, IRAN
(PLASMONICS-10-P-69)A DUAL BAND-PASS PLASMONIC FILTER BASED ON STUB STRUCTURE IN A MIM WAVEGUIDE AT OPTICAL CHANNELS
Ebadi, Seyed Morteza, Science and Research Branch, Islamic Azad University, IRAN
(PLASMONICS-10-P-70)ANALYTICAL STUDY FOR HYBRID GUIDED MODES IN A 7-LAYER PLASMONIC WAVEGUIDE
Aldawsari, Sarah, waterloo University , Canada
EXHIBITION
PHOTONICS NORTH 2015 PHOTONICS NORTH 2015
28 29
100 Laserand Inc.102 TBA104 TBA106 TBA108 Optiwave Systems Inc.
199 B-Con Engineering Inc.
200-299 OZ Optics Limited201 INO 202 Logitech LTD.203 Nüvü Caméras204 Quebec Photonic Network205 Flir System Ltd.206 Optech207 Keysight Technologies 208 BMV Optical Technologies Inc.301 Vision Components GmbH305 Invest Ottawa307 TeraxionT1 Photon DesignT2 Fiber Optic Center, Inc. T3 COPLT8 Electro-MetersT9 SPIE
T10 Photon CanadaT11 Aerotech Inc. T12 JGR Optics Inc. T13 Phytron, Inc.
EXHIBITORS
IEEE Canada Publications
IEEE Canada Conferences
EPEC The Canadian
Electrical Power and Energy Conference
CCECE The Canadian Conference on Electrical and
Computer Engineering
IHTC The International
Humanitarian Technology Conference
IEEE Canada Foundation
The largest technical professional association in Canada with more than 18,000 members in 21 sections across the country
Advance the IEEE core purpose to foster technological innovation and excellence for the benefit of humanity Provide scholarships and endowment funds to support student initiatives
Come and visit us at
ieee.ca
ieee.ca
PHOTONICS NORTH 2015 PHOTONICS NORTH 2015
30 31
Worldwide supplier of premium ÅngströmLap® lapping film, ÅngströmBond® adhesives, ÅngströmSphereTM silica spheres, Adhera rare earth solder and ÅngströmLinkTM Optical Polymers. Distributing production and field connector polishing machines (Domaille and Seikoh Giken), automatic stripping, mass epoxy dispensing (NTT), crimping, automatic visual inspection and cleaning (FiberQA), interferometers (DORC), optical loss return loss test sets (Optotest), fusion-splicers, and termination tools, supplies, cables, ferrules, attenuators and cleaning supplies, AFL large core splicer and fiber stripper. Industrial, custom drillout and standard connectors stock. On-site technical support and consulting for complete assembly production available. Complete fiber manufacturing systems: MCVD gas-delivery, lathes, draw-towers, rotary seals for research/production.
#T2 - Fiber Optic Center Inc.23 Centre Street, New Bedford, MA, 02740-6322
Phone: 1-800-473-4237 - Fax: 508-991-887focenter.com
FLIR Systems is the world leader in infrared imaging equipment and software for R&D applications. Our systems are used by hundreds of Canadian government and university researchers to look at temperature variations on almost any target. Our new X6900sc is our newest High Speed infrared camera, capable of > 1000 fps @ 640x512, 1-5 micron wavelength.
INO is a world-class technology developer and provider, using its core expertise in optics and photonics to bring to the industry custom solutions that enable more competitive products and production processes. INO produces in-house prototypes and short run products tailored to the needs of partners & clients. INO excels in many specialized fields of optics and photonics: applied spectroscopy, beam shaping, biophotonics, bolometers and IR modules, fiber sensors, laser micromachining, lasers, fiber lasers, lidar and remote sensing, MEMS/MOEMS, microfabrication, optical design, specialty optical fibers, technologies for space and astronomy, vision systems and 3D sensors.
#205 - Flir System Ltd.920 Sheldon Court, Burlington, ON L7L 5K6Phone: 905-637-5696 - Fax: 905-639-5488
flir.com
#201 - INO 2740 Einstein St, Quebec, QC G1P 4S4
Phone: 418-657-7006 - Fax: 418-657-7009ino.ca
JGR Optics, Inc. is a manufacturer of high caliber test and measurement instrumentation operating from the beautiful Canadian capital region of Ottawa, Ontario. JGR has steadily grown to meet the test and measurement demands of the communications market. We have built solid relationships with our customers and are the trusted suppliers of equipment and calibration services.#T12 - JGR Optics
160 Michael Cowpland Drive,Ottawa, ON K2M 1P6Phone: 613-599-1000 - Fax: 613-599-1099
jgroptics.com
o p t i c s
JGR
Aerotech manufactures motion control and positioning systems and components including direct-drive and piezo nanopositioners; planar and rotary air-bearing stages; high-speed gantries; mechanical-bearing linear, rotary, and lift stages; brushless linear and rotary servomotors and drives; stand-alone and software-based motion controllers; goniometers; galvanometers; and gimbals/optical mounts. Custom, vacuum prepped, and cleanroom-ready positioning systems and components are available. Aerotech’s precision motion control products provide the critical performance for demanding applications in markets including photonics, medical device/life sciences, semiconductor and flat panel, automotive, data storage, laser processing, military/aerospace, electronic manufacturing and test, assembly, R&D, and others requiring high precision, high throughput motion solutions.
#T11 - Aerotech Inc.101 Zeta Drive, Pittsburgh, PA 15238-2897Phone: 412-963-7470- Fax: 412-963-7459
aerotech.com
Established in 1988 as a contract optical system design and prototype fabrication service provider, B-Con continues to meet the critical needs of the high-tech sector for optical engineering and optical component fabrication.
In 1997 B-Con set out to establish itself as a world leader in optical component and optical system manufacturing by providing turnkey optical engineering, prototyping and production services. B-Con is the ultimate partner for optical component fabrication and optical component outsourcing.
Today, B-Con holds numerous patents in the diamond turning and metrology fields. These patents demonstrate how B-Con is on the leading edge of optical engineering, taking optical component fabrication to another level.
BMV is a manufacturer of custom to medium volume precision optical components and systems. A complete service provider, our services include optical, thin film and mechanical design as well as a complete in house machine shop. Products include spherical and cylindrical lenses, lens systems, precision flats, laser windows, wedges, etalons, beam-splitters, sapphire optics, metal optics, complex machined optics, GRM’s, etc. BMV provides design and application of UV, VIS and IR thin film coatings, such as anti-reflection, beam splitting, beam combining, dielectric and metal films. BMV is ISO 9001:2008 certified and registered with the Controlled Goods Program of Canada. No. 21199
#199 - B-Con Engineering Inc.14 Capella Court, Nepean, ON K2E 7V6
Phone: 613-727-0021- Fax: 613-727-0493bconeng.com
#208 - BMv Optical26 Concourse Gate, Ottawa, ON K2E 7T7
Phone: 613-228-2442bmvoptical.com/
Centre d'optique,photonique et laser
COPLThe Center for Optics, Photonics and Lasers (COPL) is a strategic cluster of optics/photonics researchers from Université Laval, École Polytechnique de Montréal, McGill, INRS, École de technologie supérieure, Université de Sherbrooke and Université du Québec à Montréal who share the following objectives:
• To train graduate students and post-docs who will form the next generation of optics/photonics scientists
• To perform fundamental and applied research• To contribute to socio-economic development by supporting
industry.
#T3 - COPL2375, de la Terrasse, local 2104,
Québec, QC G1V 0A6Phone: 418 656-2454
copl.ulaval.ca
Electro-Meters is one of the premier suppliers of Analog and Digi-tal Panel Meters, Transformers and Test and Measurement instru-ments in North America. Our products include: Analog and Digital Panel Meters, Bargraphs, Industrial Controllers, Indicators, Shunts, Transformers and Transducers. Optical test equipment and Dyna-mometers as well as a complete line of production test equipment. Our Integrated Services Group designs and fabricates custom test solutions including functional fixtures, test racks and custom cable assemblies.
#T8 - Electro-Meters7 Capella Court, Ottawa ON K2E 7X1
Phone: 613-224-4700 electro-meters.com
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Optiwave Systems is an R&D company specializing in development and commercialization of scientific and engineering software for numerical simulation of integrated and fiber optic devices and systems.
The company also renders contract services in scientific softwaredevelopment and design of photonic devices.
#108 - Optiwave7 Capella Court, Ottawa ON K2E 7X1
Phone: 613-224-4700 optiwave.com
High Power Components/ Isolators/Combiners/Patchcords/Connectors/ Intelligent Tunable Laser Diode Sources/Safety Interlocks/Shutters/Optical Coatings, Mode-Field –Adaptor, OZ Pen CO2 Cleaning Unit. Laser to Fiber Delivery Components, Adjustable Collimators/Focusers, PM/SM/MM Fused Fiber Couplers, PM Patchcords/Connectors/Splitters/Switch, Polarized Sources, Polarization Rotators/Controllers/Analyzers, Polarizers, PDL Emulators, Extinction Ratio Meter, Turnkey Laser Diode Sources, Hermetically Sealable Patchcords, Fiber Optic Sensors, U Brackets. Fiber Optic Test Equipment, Mini-Power Meters, Power Meter with Smart Detector Head, OTDR/Fault-Finder, Smart Patchcords, Fiber Length Meter, Backreflection-Meter, Fixed/Tunable/Digital Filters, Optical Delay Lines, Visual Fault Locators, Stable LED/LD Light Sources, Fixed/Variable/Digital Attenuators, MEMS Variable Attenuators, Extinction Ratio Meter, Polarized Sources, Power Monitors.
Photon Design was started in 1992 and supplies a wide range of innovative photonics CAD tools to most of the World’s leading photonics companies, universities and government research labs, with customers in 35 countries around the world. Our CAD products include tools for both passive and active (semiconductor) optical components and optical circuit modelling. The company has a team of the brightest people in photonics modelling, developing original and innovative solutions for tomorrow’s photonics design projects, saving designers significant time and money.
#200-299 - OZ Optics Limited219 Westbrook Rd,Ottawa, ON K0A 1L0,
Phone: 613-831-0981 - Fax: 613-836-5089ozoptics.com
#T1 - Photon Design 34 Leopold Street, Oxford, UK, OX4 1TW
Phone: +44 1865 324990 photond.com
Laserand Inc. is a Montreal based company working in the fields of photonics, robotics and industrial manufacturing & automation. Being a supplier of photonics components, scientific & industrial equipment for customers in Canada and the US we offer optical components & systems, DPSS lasers, laser diodes (stacks and fiber coupled), motion control solutions, nanopositioning piezo stages & controllers as well as THz cameras, detectors and IMPATT diodes . Our team of engineers, marketing and technical support specialists with more than 15 years of experience in serving photonics customers is ready to assist you in choosing the right product for your application.
#100 - Laserand Inc.302-2725 Rue Notre Dame, Montreal QC H8S 2H3
Phone: 514 452-4693 laserand.com
Logitech are recognised as world leaders in many aspects of materials processing, shaping and surface finishing technology.
This position has been reached through many years expertise in materials processing and in the design and manufacturing of precision equipment
Application areas where we can provide solutions and advance processing technologies include:
• Semiconductor materials processing• Opto-electronics surface finishing• Optical materials processing• Geological science thin section preparation• Test & measurement of materials• Materials processing consumables
Nüvü Camēras offers EMCCD cameras with the highest SNR for extreme low light imaging. Based on reinvented electronics, Nüvü Camēras technology provides significant background signal reduction (below 0.001 ē/pixel/sec) and optimal image quality (no pixel leaking). Worldwide support is available to optimize the efficiency of imaging systems involving short exposure periods, low lighting, high acquisition speeds or a combination thereof. In addition, during the Photonics North 2013 event, a paper will be presented that will showcase the advantages of EMCCDs for future space applications.
#202 - LogitechErskine Ferry Road,Old Kilpatrick,
Glasgow G60 5EU Phone: 44 (0)1389 875444
logitech.uk.com
#203 - Nüvü Caméras5155 avenue Decelles, Montreal, QC, H3T 2B1
Phone: 514-733-8666 - Fax: 514-394-9452nuvucameras.com
Keysight Technologies (formerly Agilent’s Electronic Measurement Group) offers a wide-range of innovative test and measurement solutions to accelerate the progress of next-generation intelligent optical networks. Keysight’s mission in the optical market is to shorten time-to-market and reduce cost-of-test for customers in R&D and manufacturing, as well as enable new technologies which include innovative optical components, network elements & systems, and all-optical fiber networks.
#207 - Keysight Technologies6535 Millcreek Drive, Unit #41,Mississauga, ON Phone:1 877 894-4414 - Fax: 1 800 746-4866
www.keysight.com
Optech is an optical science applied-research centre specialized in technology transfer toward the private enterprise. We provide state of the art expertise, equipments and laboratories for industrial projects in various sectors including aerospace, biomedical, civil engineering, telecommunication and architecture. Our team can assist you in different steps of a project: from the feasibility study to the reliability tests as well as optical design, prototyping et characterization. Our main expertise domains cover illumination and imaging optics, optical sensors, optical-fiber based systems, optical metrology, laser micro-machining and opto-mechanical assembly.
#206 - Optech1111, Lapierre Street, Montreal, Qc, H8N 2J4Phone: 514-364-3325 - Fax: 514-364-7130
cctt-optech.ca
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SPIE is an international society advancing an interdisciplinary approach to the science and application of light. The SPIE Digital Library houses over 290,000 technical papers from the Society’s conference proceedings and journals in cutting-edge technologies such as biophotonics, nanotechnology, sensors, lasers, electro-optics, imaging, solar energy and communications. Founded in 1955, the Society has 97 Student Chapters around the world, and more than 17,000 individual, 3,600 student, and 437 corporate Members in 87 countries. Visit SPIE.org
#T9 - SPIEPO Box 10, Bellingham, WA, 98227
Phone: +1-360-676-3290 spie.org
TeraXion designs, manufactures and markets best-in-class photonic products to selected emerging markets including high-speed fiber-optic transmission networks, fiber lasers and optical sensing applications. Over the years, TeraXion’s abilities to transform complex optical technologies into manufacturable products have been applied to Silicon Photonics (SiP) and Indium Phosphide (InP) for next-generation 100 Gb/s and above modulators and receivers. For more information, please visit www.teraxion.com
#307 - TeraXion2716 rue Einstein, Québec, Qc, G1P 4S8
Phone: 418-658-9500 - Fax: 418-658-9595teraxion.com
The Quebec Photonic Network is a non-profit organization whose mission is to accelerate the economic development of the optics – photonics industry in Quebec.Its mandates are:
• To establish a network for the exchange of ideas, of information and expertises between members, and with other national and international networks;
• To increase the visibility and promotion of the optics-photonics sector;
• To support commercialization and access to markets information;
• To support the innovation and the competitiveness of the whole industries of Quebec by introducing optics-photonics technologies
#204- Quebec Photonic Network1111, Lapierre Street, Montreal, Qc, H8N 2J4Phone: 514-364-3325 - Fax: 514-364-7130
quebecphotonic.ca
CPIC, the Canadian Photonic Industry Consortium is a business-led photonics exchange organization embracing the whole value chain from researchers to photonic companies and end-users. Its mandate is to network end-users, photonic industries, universities and institutions with the objective of accelerating the growth of the Canadian industry through photonics.
#T10 - Photon Canada2375 rue de la Terrasse, #2111, QC G1V 0A6
Phone: 418-656-3019 photonscanada.ca
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INDEX
Be there until the end to win an IPAD MINI :
There will be very good sessions presented on Thursday. So plan on being there until the end. You might be the winner of an iPad Mini to be awarded at the closing ceremony during the afternoon break.
You can also win a 100$ APPLE Gift card:
Follow us on twitter, facebook or LinkedIn to get the chance to win the gift card.
The prizes will be drawn amongst all researchers and students reg-istered for the 3 days of the meeting.
You must be in the attendance to win! Good Luck!
FOLLOw US!
CONTEST !
@photonicsnorth
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Chang, Shoude - National Research Council Canada - (OPTO-10-P-18) - P. 23Charette, Paul - Université de Sherbrooke - (PLASMONICS-11-36-1) - P.18Charette, Paul - Université de Sherbrooke - (PLASMONICS-11-36-3) - P.18Châtelain, Benoît - Ciena Corporation - (OP-QUANTUM-9-7-1) - P. 13Chen, Ran - Dalhousie University - (SENSORS-11-49-3) - P.20Chen, Yung Jui - University of Maryland - (THEORY-9-4-2) - P. 12Chen, Zhigang - Nankai University - (NONLINEAR-10-25-2) - P.16Cheng, Hao - Dalhousie University - (PLASMONICS-10-P-59) - P.26Chiasson, Martin - University of Ottawa - (HIGH POWER-10-P-6) - p.22Chiniforooshan, Yasser - University of Quebec - (SENSORS-11-49-4) - P.20Chochol, Jan - Dalhousie University - (PLASMONICS-10-P-66) - P.26Choudhary, Saumya - Department of Electrical Engineering, University of Ottawa - (NONLINEAR-10-29-5) - P.17Conti, Claudio - Institute for Complex Systems - (ISC-CNR) Dep. Physics Univ. Sapienza - (NONLINEAR-9-1-4) - P. 12Conti, Claudio - Institute for Complex Systems - (ISC-CNR) Dep. Physics Univ. Sapienza - (NONLINEAR-9-10-1) - P. 12Cooke, David - McGill University - (MATERIALS-10-24-1) - P.16Corkum, Paul - University of Ottawa and National Research Council - (PLENARY-9-5-1) - P.12Courcier, Thierry - Université de Sherbrooke - (SENSORS-10-30-2) - P.17Couture, Maxime - Université de Montréal - (SENSORS-11-34-1) - P.18Cox, Joel - ICFO-The Institute of Photonic Sciences - (NONLINEAR-9-10-5) - P.14Creber, Brian - B-Con Engineering - (COMMERCIALIZATION-10-28,5-5) - P.17Czapla, Aleksandra - Univ. du Québec en Outaouais - (SENSORS-10-P-45) - P.25
D-D. Lukin, Mikhail - Harvard University, - (QUANTUM-11-47-1) - P.19Dailey, James - Applied Communication Sciences - (OP-QUANTUM-9-2-2) - P. 12Das, Gautam - Lakehead University - (OPTO-9-12-3) - P. 14De Leon, Israel - University of Ottawa - (NONLINEAR-10-29-3) - P.17Deladurantaye, Pascal - INO - (SENSORS-10-P-34) - P.24Déziel, Jean-Luc - Université Laval - (HIGH POWER-10-P-1) - p.22Dignam, Marc - Queen’s University - (THEORY-9-13-2) - P. 14Ding, Xiaoyan - JASLAB, University of Ottawa and National Research Council Canada - (HIGH POWER-10-P-4) - p.22Dolgaleva, Ksenia - University of Ottawa - (NONLINEAR-11-33-8) - P.18Doucet, Alexandre - Université de Monton - (MATERIALS-10-P-26) - P.24Ducharme, Marie-Eve - Nuvu Cameras - (COMMERCIALIZATION-10-28,5-2) - p.16
E-Ebadi, Seyed Morteza - Science and Research Branch, Islamic Azad University - (PLASMONICS-10-P-58-63-64-65-67-68) - P.26Echternkamp, Katharina - IV. Physical Institute - Solids and Nanostructures - (NONLINEAR-10-20-1) - P.16Eldlio, Mohamed - Dalhousie University - (PLASMONICS-11-42-4) - P.19Elezzabi, Abdulhakem - University of Alberta - (PLASMONICS-10-28-2) - P.16Elkholy, Marwan - McGill University - (SENSORS-10-21-3) - P.16England, Duncan - National Research Council - (OP-QUANTUM-9-2-6) - P. 12Ernotte, Guilmot - INRS - (HIGH POWER-11-46-5) - P.19Escobedo, Carlos - Queen’s University - (SENSORS-11-40-3) - P.19Esfahani Monfared, Yashar - Dalhousie University - (THEORY-9-4-2) - P. 12
F-Fan, Hui - University of Ottawa - (PLASMONICS-10-P-60) - P.26Fanous, Michael - Concordia University - (SENSORS-10-P-35) - P.24Fayed, Heba - AASTMT - (OP-QUANTUM-10-P-15) - P.23Farsi, Alessandro - Cornell University - (QUANTUM-11-51-1) - P.20Feng, Dingyi - Northwest University - (SENSORS-11-49-6) - P.20Fernández-Ruiz, María del Rosario - Institut National de la Recherche Scientifique - (INRS) - EMT - (OP-QUANTUM-9-11-5) - P. 14Ferry, Vivian - University of Minnesota - (GREEN-11-44-1) - P.19Fischer, Martin - Duke University - (SENSORS-11-34-4) - P.18Flueraru, Costel - National Research Council of Canada - (SENSORS-10-P-44) - P.25Fuji, Takao - Institute for Molecular Science - (HIGH POWER-10-16-4) - P.15
A-A. Hegmann, Frank - University of Alberta - (HIGH POWER-11-46-1) - P.19Abdukerim, Nurmemet - Mcgill University - (NONLINEAR-10-P-11) - P. 22AKBARI, REZA - University of Manitoba - (HIGH POWER-10-16-1) - P.15AKBARI, Reza - University of Manitoba - (HIGH POWER-11-46-4) - P.19Al Shakhs, Mohammed - The University of British Columbia - (PLASMONICS-10-17-2) - P.15Al-kadry, Alaa - McGill University - (MATERIALS-10-31-4) - P.17Al-kadry, Alaa - McGill University - (MATERIALS-10-31-5) - P.17Al-Naib, Ibraheem - Queen’s University - (NONLINEAR-9-1-6) - P. 12ALAM, M Zahirul - University of Ottawa - (PLASMONICS-10-32-5) - P.17Aldawsari, Sarah - Waterloo University - (PLASMONICS-10-P-70) - P.26Alemina, Gustavo, University of Sao Paulo - - (MANUFACTURING-10-P-55) - P.25Alharbi, A. F. - University of Ottawa - (HIGH POWER-11-35-1) - P.18Alic, Nikola - UCSD - (OP-QUANTUM-9-7-4) - P. 13Alqarni, Sondos - Carleton University - (SENSORS-10-P-33) - P.24Alshehri, A. M. - University of Ottawa - (SENSORS-10-30-3) - P.17Alu, Andrea - The University of Texas at Austin - (PLASMONICS-10-32-1) - P.17Anderson, Stephen G. - SPIE - (COMMERCIALIZATION-10-28,5-1) - P.16Atieh, Ahmad - University of Jordan - (OP-QUANTUM-10-P-13) - P.23Awan, Kashif - University of Ottawa - (NONLINEAR-10-29-2) - P.17
B-B. Bertrand, Julien - Université Laval/Max-Planck-Institut for Quantum Optics - (HIGH POWER-10-27-1) - P.16Banzer, Peter - Max Planck Institute for the Science of Light - (PLASMONICS-10-17-4) - P.15Barclay, Paul - University of Calgary - (SENSORS-11-34-2) - P.18Barzda, Virginijus - University of Toronto - (SENSORS-10-30-4) - P.17Basker, Dinesh - McMaster University - (MANUFACTURING-10-23-2) - P.16Beland, Paul - University of Ottawa - (PLASMONICS-11-36-4) - P.18Berge, Cameron - McGill University - (HIGH POWER-10-P-3) - P.22Bergman, Keren - Columbia University - (OP-QUANTUM-9-11-1) - P.14Bernier, Martin - COPL, Laval University - (OPTO-9-3-2) - P. 12Bhardwaj, Ravi - University of Ottawa - (HIGH POWER-10-27-2) - P.16Bianucci, Pablo - Concordia University - (NONLINEAR-9-6-4) - P.13Biegert, Jens - ICFO - The Institute of Photonic Sciences - (HIGH POWER-11-35-4) - P.18Boeck, Robert - University of British Columbia - (THEORY-10-P-53) - P.25Boivin, Mathieu - Université Laval - (NONLINEAR-11-33-3) - P.18Boltasseva, Alexandra - Purdue University - (PLASMONICS-10-17-6) - P.15bongiovanni, domenico - EMT-INRS - (THEORY-9-9-2) - P. 13Borowiec, Andrzej - Ciena Corporation - (OP-QUANTUM-9-7-3) - P. 13Bouchard, Frédéric - University of Ottawa - (NONLINEAR-9-6-1) - P.13Bourgoin, Jean-Philippe - Institute for Quantum Computing, University of Waterloo - (OP-QUANTUM-9-2-1) - P. 12Boyd, Robert - University of Ottawa - (QUANTUM-11-43-1) - P.19Britton, Mathew - uOttawa/NRC - (NONLINEAR-10-P-11) - P.22Brolo, Alexandre - University of Victoria - (PLASMONICS-11-36-6) - P.18Brown, Graham - University of Ottawa - (HIGH POWER-10-P-5) - p.22Bustard, Philip - National Research Council - (QUANTUM-11-51-2) - P.20
C-Cadogan, Carolyn - The University of Western Ontario - (MATERIALS-10-P-27) - P.24Cala’ Lesina, Antonino - University of Ottawa - (PLASMONICS-10-32-4) - P.17Cala’ Lesina, Antonino - University of Ottawa - (GREEN-11-48-4) - P.17Canva, Michael - Laboratoire Charles Fabry Institut d’Optique - (PLASMONICS-11-36-5) - P.18Capasso, Frederico - University of Ottawa and National Research Council - (PLENARY-10-19-1) - P.15Casas, Miguel - UNIVERSIDAD NACIONAL AUTÓNOMA DE MÉXICO - (SENSORS-10-P-41) - P.25Caverley, Michael - University of British Columbia - (OPTO-10-P-22) - P. 23Chaisakul, Papichaya - Université Paris-Sud and The University of Tokyo - (THEORY-9-4-2) - P. 12Chamanara, Nima - Poly-Grames Research Center - (PLASMONICS-11-42-3) - P.19Chamoun, Jacob - Stanford University - (SENSORS-11-45-4) - P.19
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Kieby MAark - Renishaw - (MANUFACTURING-10-26-1) - P.16Kleinert, Jan - Electro Scientific Industries - (MANUFACTURING-10-26-2) - P.16Ko, Dong Hyuk - University of Ottawa - (HIGH POWER-10-22-3) - P.16KOASHI, MASATO - Univ. of Tokyo - (OP-QUANTUM-9-2-3) - P. 12Kornreich, Philipp - Syracuse University - (OPTO-9-8-5) - P. 13Krupin, Oleksiy - University of Ottawa - (PLASMONICS-11-36-2) - P.18Kultavewuti, Pisek - Department of Electrical and Computer Engineering, University of Toronto - (NONLINEAR-10-25-3) - P.16Kummara, Venkata Krishnaiah - École Polytechnique de Montréal - (MATERIALS-10-18-3) - P.15
L-Lagugné-Labarthet, François - Department of Chemistry - (SENSORS-11-40-2) - P.19Laliberté, Mathieu - INRS - (SENSORS-10-21-1) - P.16Langer, Fabian - University of Regensburg - (HIGH POWER-11-35-5) - P.18Leite, Marina - University of Maryland - (GREEN-11-39-1) - P.19Lemieux, Samuel - University of Ottawa - (NONLINEAR-10-14-3) - P.15Li, Lizhu - McGill University - (MATERIALS-10-31-2) - P.17Li, Ran - University of Ottawa - (THEORY-10-P-48) - P.25Li, Robert - Sunlab, University of Ottawa - (GREEN-11-44-5) - P.19Li, Yibo - McGill University - (OP-QUANTUM-9-7-2) - P. 13Li, Zhengyan - University of Ottawa - (HIGH POWER-10-22-1) - P.16Liang, Wanguo - Fujian Institute of Research on the Structure of Matter, Chinese Academy of Sciences - (NONLINEAR-10-P-9) - P.22Lin, Shujie - Newlight Photonics Inc - (NONLINEAR-10-29-4) - P.17Liu, Yang - Shangai institute of Optics and Fine Mechanics - (MATERIALS-10-31-3) - P.17Loock, Hans-Peter - Queen’s University - (SENSORS-10-P-32) - P.24Lourdiane, Mounia - Télécom SudParis IMT/ CNRS SAMOVAR - (GREEN-11-48-5) - P.20Lourdiane, Mounia - Télécom SudParis IMT/ CNRS SAMOVAR - (OP-QUANTUM-9-11-6) - P. 14Lundeen, Jeff - University of Ottawa - (NONLINEAR-9-1-1) - P. 12Lupu, Anatole - Institut d’Electronique Fondamentale,Univ. Paris-Sud, CNRS UMR 8622 - (THEORY-9-13-3) - P. 14
M-Ma, Tian - Polytechnique de Montreal - (NONLINEAR-9-6-6) - P.13Mani, Bhupeshwaran - SSN College of Engineering, Anna University - (OP-QUANTUM-10-P-17) - P.23Manjooran, Sujith - University of Manitoba - (HIGH POWER-10-16-2 & 3) - P.15Marceau, Claude - Joint Attosecond Science Laboratory of the National Research Council and the University of Ottawa - (HIGH POW-ER-11-35-2) - P.18Marzban, Mostapha - Concordia University - (SENSORS-11-49-5) - P.20Mashanovich, Goran - University of Southampton - (THEORY-9-4-2) - P. 12Mazing, Dmitrii - St Petersburg Electrotechnical University - (SENSORS-10-P-46) - P.25McDermott, Gerry - Department of Anatomy, University of California San Francisco - (SENSORS-11-45-1) - P.19Meldrum, Al - University of Alberta - (SENSORS-11-40-1) - P.19Merarian, Mohammad - Unersity of Toronto - (PLASMONICS-10-17-5) - P.15Men, Liqiu - Memorial University of Newfoundland - (SENSORS-10-P-39) - P.24Meng, Xiang - Columbia University - (THEORY-9-13-5) - P. 14Menoni, Carmen - Colorado State University - (NONLINEAR-10-14-4) - P.15Meyer-Scott, Evan - University of Waterloo - (NONLINEAR-10-14-1) - P.15Min, Wei - Columbia University - (SENSORS-10-15-3) - P.15Molina-Fernandez, Inigo - Universidad de Malaga - (THEORY-9-4-2) - P. 12Monchocé, Sylvain - Commissariat à l’Energie Atomique - (HIGH POWER-10-27-4) - P.16Morandotti, Roberto - Institut National de la Recherche Scientifique - (INRS) - (OPTO-9-3-4) - P. 12Moss, David - RMIT University - (NONLINEAR-10-14-6) - P.15Muellner, Paul - AIT Austrian Institute of Technology GmbH - (THEORY-9-9-4) - P. 13Munday, Jeremy - University of Maryland - (GREEN-11-48-3) - P.20Muñoz, Pascual - Universitat Politecnica de Valencia - (THEORY-9-13-4) - P. 14Murphy, Thomas - University of Maryland - (NONLINEAR-9-6-3) - P.13
N-Nabavi, Neda - University of Ottawa - (OP-QUANTUM-10-P-16) - P.23Nabavi, Neda - University of Ottawa - (OP-QUANTUM-9-11-7) - P. 14Nasr, Pouyan - Carleton University- (NONLINEAR-9-10-6) - P. 14Nechache, Riad - INRS-EMT - (MATERIALS-11-50-1) - P.20Nemova, Galina - Polytechnique Montréal - (OPTO-9-12-1) - P. 14
G-G. Walker, Thad - University of Wisconsin - (QUANTUM-11-43-3) - P.19Galstian, Tigran - Laval University - (MATERIALS-10-18-4) - P.15Gariepy, Genevieve - Heriot-Watt University - (HIGH POWER-10-22-2) - P.16Gariepy, Genevieve - Heriot-Watt University - (HIGH POWER-10-P-2) - P.22Gardes, Frederic - University of South Hampton - (THEORY-9-4-1) - P.12Geissler, Dominik - University of Ottawa / National Research Council - (HIGH POWER-11-46-3) - P.19Gentilini, Silvia - Institute for Complex Systems - (ISC-CNR) Dep. Physics Univ. Sapienza - (NONLINEAR-9-10-1) - P. 14Ghamsari, Behnood - University of Ottawa - (PLASMONICS-11-42-2) - P.19Giner, Lambert - Laboratoire Kastler Brossel - (QUANTUM-11-47-4) - P.19Girard, Isabelle - Robic - (COMMERCIALIZATION-11-37-5) - P.18Giroire, Baptiste - Institut de Chimie de la Matière Condensée de Bordeaux - (ICMCB - CNRS) - (MATERIALS-11-50-3) - P.20Godbout, Nicolas - Castor Optics - (COMMERSIALIZATION-10-28.5-3) - P.16Golub, Ilya - Algonquin College - (THEORY-10-P-51-52) - P.25Golub, Ilya - Algonquin College - (THEORY-9-9-5) - P. 13Gomes, Anderson - Universidade Federal of Pernambuco - (OPTO-9-12-2) - P. 14Gondal, Mohammed A - King Fahd University of Petroleum and Minerals Dhahran 31261 Saudi Arabia - (MATERIALS-11-50-2) - P.20Gostimirovic, Dusan - Carleton University - (THEORY-9-4-2) - P. 12Guay, Jean-Michel - University of Ottawa(PLASMONICS-10-32-3) - P.17Guerboukha, Hichem - Ecole Polytechnique de Montreal - (MATERIALS-10-24-2 & 3) - P.16Guevara, Edgar - Universidad de las Americas Puebla - (SENSORS-10-30-5) - P.17Gupta, Shulabh - Polytechnique de Montreal - (PLASMONICS-10-32-2) - P.17
H-Hafez, Hassan - INRS-EMT - (NONLINEAR-10-P-12) - P.22Hafez, Hassan - INRS-EMT - (NONLINEAR-11-33-2) - P.18Hafez, Hassan - INRS-EMT - (NONLINEAR-11-33-5) - P.18Hammond, T.J. - University of Ottawa/NRC - (HIGH POWER-10-27-3) - P.16Hamza, Mostafa - Faculty of Engineering, Mansoura University, Mansoura,Egypt - (SENSORS-10-P-36) - P.24Harris, Jérémie - University of Ottawa - (NONLINEAR-9-1-7) - P. 12Hermann, Peter - University of Toronto - (OPTO-9-3-1) - P. 12Heshami, Khabat - National Research Council of Canada - (QUANTUM-11-47-3) - P.19Hinzer, Karin - University of Ottawa - (GREEN-11-44-4) - P.19Hirooka, Toshihiko - Tohoku University - (OP-QUANTUM-9-7-6) - P.13Hossain, Nadir - INRS-EMT - (MATERIALS-10-P-30) - P.24Hou, Renjie - University of Western Ontario - (NONLINEAR-10-20-3) - P.16Houdré, Romuald - Ecole Polytechnique Fédérale de Lausanne - (EPFL) - (THEORY-9-13-1) - P.14Houle, Marie-Andrée - INRS - (SENSORS-10-21-2) - P.16Huffaker, Diana - UCLA Engineering - (OPTO-9-12-4) - P.14
I-Ionescu, Andrei - CRSNG - (COMMERSIALIZATION-10-28.5-4) - P.17
J-J. Hall, Trevor - University of Ottawa - (OP-QUANTUM-9-11-7) - P. 14Jafari, Seyed Hamed - Carleton University - (SENSORS-11-45-6) - P.19Jagadeesh, Shreesha - University of Toronto - (MANUFACTURING-10-P-57) - P.26Janta-Polczynski, Alexander - IBM - (OPTO-9-8-4) - P. 13Jhun, Chul Gyu - Hoseo University - (MATERIALS-10-P-28) - P.24Jones, R. Jason - University of Arizona - (HIGH POWER-10-16-5) - P.15Joseph, Kevin - University of Toronto - (SENSORS-11-45-3) - P.19
K-Kallepalli, Deepak - University of Ottawa - (HIGH POWER-11-46-2) - P.19Kallos, Themos - Metamaterial Technologies Inc. - (PLASMONICS-10-28-1) - P.16Karami, Elham - Carleton University - (PLASMONICS-10-17-3) - P.15Karimi, Ebrahim - University of Ottawa - (NONLINEAR-9-1-5) - P. 12Kaviani, Hamidreza - University of Calgary - (NONLINEAR-10-20-2) - P.16Kayes, Md Imrul - McGill University - (NONLINEAR-10-P-10) - P.22Khodami, Maryam - University of Ottawa - (PLASMONICS-10-P-61) - P.26
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Smy, Tom - Carleton University - (OPTO-10-P-25) - P. 23Söllradl, Thomas - Université de Sherbrooke - (PLASMONICS-10-28-3) - P.16Solomon, Glenn - Joint Quantum Institute, National Institute of Standards & Technology, & University of Maryland - (NONLINE-AR-10-14-5) - P.15Squier, Jeff - Colorado School of Mines - (SENSORS-10-15-1) - P.15Soudager, Yasaman - Neurescense - (COMMERCIALIZATION-11-37-2) - P.18Stolz, Wolfgang - Philipps-University Marburg - (MATERIALS-10-18-6) - P.15Sun, Yao - Carleton University - (COMMERCIALIZATION-11-37-7) - P.18
T-Tai, Kenneth - Jesper Display Corp. - (COMMERCIALIZATION-10-37-1) - P.18Tang, Shuo - University of British Columbia - (SENSORS-11-49-1) - P.20Thomas, Saju - O/E Land Inc. - (SENSORS-10-P-38) - P.24Thompson, Mark - University of Bristol - (OP-QUANTUM-9-11-3) - P. 14Tit, Nacir - UAE University - (MATERIALS-10-P-31) - P.24Tit, Nacir - UAE University - (MATERIALS-11-50-4) - P.20Titel, wolfang - Calgary University - (QUANTUM10-47-2) - P.19Titova, Lyubov - Worcester Polytechnic Institute - (NONLINEAR-9-6-2) - P.13Tomasino, Alessandro - INRS- Énergie, Matériaux et Télécommunications - (OPTO-9-3-7) - P. 12Truong, Vo-Van - Concordia University - (MATERIALS-11-50-6) - P.20
U-Ung, Bora - Ecole de Technologie Superieure - (OP-QUANTUM-9-7-5) - P. 13
V-van der Kolk, Jarno - University of Ottawa - (NONLINEAR-11-33-7) - P.18Vangheluwe, Marie - Laval University and Bordeaux University - (MATERIALS-10-18-1) - P.15Varin, Charles - Université d’Ottawa - (THEORY-9-9-6) - P. 13Vellaluru, Neeharika - BITS Pilani, Hyderabad Campus - (SENSORS-10-P-37) - P.24Venkataraman, Vivek - Harvard University - (NONLINEAR-9-1-2) - P. 12Vuckovic, Jelena - Ginzton Laboratory - (QUANTUM-11-43-2) - P.19
W-Walker, Gilbert - University of Toronto - (PLASMONICS-11-42-1) - P.19Wang, Ting - NEC Laboratories America - (SENSORS-10-30-1) - P.17Wang, Ting - NEC Laboratories America - (SENSORS-10-P-47) - P.25Wang, Yan - Shanghai Institute of Optics and Fine Mechanics - (MATERIALS-11-50-5) - P.20Wanie, Vincent - INRS-ÉMT - (HIGH POWER-11-35-3) - P.18Wise, Frank - Cornell University - (HIGH POWER-10-16-6) - P.15Wong, Chee Wei - University of California, Los Angeles - (NONLINEAR-9-10-4) - P. 14
X-Xue, Lijue - National Research Council Canada - (MANUFACTURING-10-23-1) - P.16
Y-Yang, Jianing - Laurentian University - (SENSORS-10-P-42) - P.25Yang, Kevin - University of Toronto - (GREEN-11-39-3) - P.19Yang, Tianxin - Tianjin University - (NONLINEAR-10-29-1) - P.17Ye, Winnie N. - Carleton University - (GREEN-11-48-1) - P.20Yin, Cara - Queen’s University - (MANUFACTURING-10-26-3)Yousuf, Soha - Masdar Institute of Science and Technology - (SENSORS-11-45-5) - P.19Yurtsever, Aycan - INRS - (NONLINEAR-10-25-1) - P.16Yvind, Kresten - Technical University of Denmark - (NONLINEAR-9-10-3) - P. 14
Z-Zaidi, Asif - Prince Sultan University - (MATERIALS-10-P-29) - P.24Zhang, Chunmei - Joint Attosecond Science Lab, NRC and University of Ottawa - (HIGH POWER-10-P-7) - p.22Zhang, Daiying - Memorial University of Newfoundland - (SENSORS-10-P-40) - P.24Zhang, Long - Shanghai Institute of Optics and Fine Mechanics, CAS - (MATERIALS-11-41-3) - P.19
Novoa Lopez, José Antonio - Carleton University/ Universidade de Vigo - (OPTO-10-P-24) - P. 23
O-Osgood, Richard - Columbia University - (THEORY-9-13-5) - P. 14Osgood, Richard - Columbia University - (THEORY-9-9-3) - P. 14
P-Perreira, Ricardo - Invest in Ottawa - (COMMERCIALIZATION-11-37-6) - P.17Petit, Yannick - University of Bordeaux - CNRS - (MATERIALS-10-31-1) - P.17Piche, Kevin - University of Ottawa - (OP-QUANTUM-9-2-5) - P. 12Piché, Michel - Université Laval - (HIGH POWER-11-35-6) - P.18Pogue, Brian - Dartmouth College - (SENSORS-10-15-2) - P.15Poitras, Daniel - National Research Council of Canada - (OPTO-10-P-21) - P. 23Povinelli, Michelle - University of Southern California - (GREEN-11-44-2) - P.19
Q-Qi, Bing - Oak Ridge National Laboratory - (OP-QUANTUM-9-2-4) - P. 12Qian, Li - University of Toronto - (NONLINEAR-9-1-3) - P. 12Quitoriano, Nate - McGill University - (OPTO-9-8-3) - P. 13
R-Rahimian, Mitra - University of Ottawa - (HIGH POWER-11-46-6) - P.19Resch, Kevin - University of Waterloo - (NONLINEAR-9-10-2) - P. 14Ristic, Sasa - McGill University - (OPTO-9-8-1) - P. 13Riviere, Christophe - INO - (SENSORS-11-45-2) - P.19Robichaud, Luc - University of Ottawa - (GREEN-11-44-3) - P.19Rochette, Martin - McGill University - (MATERIALS-11-41-2) - P.19Roztocki, Piotr - Institut National de la Recherche Scientifique - (INRS) - (NONLINEAR-10-29-6) - P.17Rumaldo, Yesica - Unicamp - (THEORY-10-P-50) - P.25Russel, Philip - University of Ottawa and National Research Council - (PLENARY-11-38-1) - P.18
S-S. Helmy, Arm - University of Toronto - (THEORY-9-13-6) - P. 14Saaltink, Rebecca - University of Ottawa - (NONLINEAR-9-6-5) - P.13Safari, Akbar - University of Ottawa - (NONLINEAR-10-25-4) - P.16Saha, Ardhendu - NIT Agartala - (NONLINEAR-11-33-6) - P.18Saini, Simarjeet Singh - Department of Anatomy, University of California San Francisco - (SENSORS-11-49-2) - P.20Sakah, Mahmud - Laurentian University - (SENSORS-10-P-43) - P.25Salamah, Maram - Arab Academy for Science, Technology and Maritime Transport - (OPTO-10-P-23) - P. 23Salamin, Yousef - American University of Sharjah - (HIGH POWER-10-P-8) - p.22Salem, Mohamed - Polytechnique Montreal - (PLASMONICS-10-28-3) - P.16Salski, Bartlomiej - Warsaw University of Technology - (THEORY-10-P-48) - P.25Samadian, Parya - University of Ottawa - (OPTO-10-P-20) - P. 23Saravanamuttu, Kalaichelvi - McMaster University - (OP-QUANTUM-10-P-14) - P.23Schulz, Sebastian - University of Ottawa - (THEORY-9-9-1) - P. 13Semnani, Behrooz - - (NONLINEAR-11-33-1) - P.18Senthil Murugan, Ganapathy - University of Southampton - (MATERIALS-10-18-5) - P.15Shahin, Mahmoud - Masdar Institute of Science and Technology - (OPTO-9-12-5) - P. 14Shahin, Mahmoud - Masdar Institute of Science and Technology - (OPTO-9-8-2) - P. 13Shen, Mingya - Yangzhou University - (OPTO-9-3-6) - P. 12Sherwali, Ahmed - The University of British Columbia - (OPTO-9-12-6) - P. 14Siadat Mousavi, Saba - University of Ottawa - (PLASMONICS-10-P-62) - P.26Sibley, Allison - Queen’s University - (MANUFACTURING-10-23-3) - P.16Silva, Carlos - Université de Montréal - (GREEN-11-39-2) - P.19Skopak, Tea - ICMCB CNRS - (MATERIALS-10-18-2) - P.15Skorobogatiy, Maksim - Ecole Polytechnique de Montreal - (PLASMONICS-10-17-1) - P.15Slepkov, Aaron - Trent University - (SENSORS-11-34-3) - P.18Smelser, Christopher - Carleton University - (OPTO-9-3-3) - P. 12Smith, Peter G.R. - ORC, University of Southampton - (OPTO-9-3-5) - P. 12
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