Optique et Photonique dans le Programme IST (Information Society Technologies)

Optique et Photonique dans le Programme IST

(Information Society Technologies)

Henri RAJBENBACH

European CommissionDirectorate-General Information SocietyNanoelectronics and Photonics

JNOG - 25 Octobre 2004, Paris

H. Rajbenbach

Outline

Introduction – Key figures – Geographical facts

Photonics in IST FP6 (2002 – 2006) Overview of projects - call 2 (2003-2004)Call 3 and joint call (2004-2005)Call 5 (2005-2006)Route to success - Some advice

Beyond 2007 (Framework Programme VII)TimelinePolitical contextThe five major themes


H. Rajbenbach

Photonic components research in IST

FP 5 (1998 - 2002)

21 M€

19 M€

15 M€

Funding

2000

2001

2002

Project start


2005 15-20 M€

2006> 47 M€

Call 3 + joint call(closed mid-Oct-04)

Call 5

FP 6 (2002 - 2006)

56 M€

2004

Call 2(Projects now starting)56 M€56 M€

Hamburg

DuisburgWuppertalDüsseldorfKölnBonn

Berlin

LeipzigJenaErfurt

FrankfurtDarmstadt

Würsburg

Nuremberg

Munich

RegensburgStuttgart

Ulm

Munster

PaderbornGottingen

36 participations

Photonic components – Germany – FP6

H. Rajbenbach JNOG - 25 Octobre 2004, Paris

19 participations

Photonic components – France – FP6


The ResearchBricks:

Solid-State

Sources and

Sources arrays

Materials and microstructures

Passive Components Photonic

ICs

Sensors

The Cements:Integration Technologies

Manufacturing Scalability

Education and Training

Environment / Security / Other

Industrialsectors

Health care / Life Science

Telecom / infotainment

Call 2 coverage


H. Rajbenbach

60%19%

12%

9%

TelecomHealth care & life science

Environment & Security

Other FP5

Application sectors (received proposals)

Figures in “number of received proposals”


0,01

0,1

1

10

100

1000

10000

100000

1980 1985 1990 1995 2000 2005

Gb

it/s

??

Research

Commercial

Photonics in Telecom : How hot ?

Hot !

Colder !

In cost:4 x 10 Gb/s < 40 Gb/s

Transmission rate in a single fiber

Source:


70%

10%

16%

4%

STREP - Specific targeted Research Projects

- Focused research project (as in FP5)

(Figures in “number of received proposals”)

“Instruments” (received proposals)

IP - Integrated Projects (IP)- All elements of technology chain- Strategic industrial goals- Different type of activities:

RTD, transfer, training, dissemination...

NoE - Networks of Excellence

- Integration activities: reorganisation - consolidation of Research activities

- Research activities: A joint programme of activity” (JPA)


Active components(Lasers and LED)

Active / passive integration(Photonic Integrated circuits)

Microelec / Photonic integration

Nanophotonics, Photonic crystals

Passive components

Technology coverage (selected proposals)

IPSTREPNoE

16 selected proposals

Biopho

tonics

/

Med

Teleco

m

Enviro

nmen

t

Secur

ity

Consu

mer

electr

onics

,

Lightin

g

SC/fiber lasers

MEPHISTO

e-PIXnet

PHOREMOST

OL

LA

TE

RA

NO

VA

NEMOB

RIG

HT

.EU

WAPITI MUFINS

FUNFOX

NITWAVE

FAST-ACCESS

URANUS

AT

HO

S +

MIC

RO

HO

LA

S

Storage

THz sourcesOrganic LEDs

PICMOS SynQPSK

Blue lasers

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Some examples

IP

NoE

Organic LEDs

TeraHz components & applications

PHOREMOST

STREP

Net

Topic N° ofpartners

FundingAcronym

15-16 5 M€

12 M€

34 6 M€

24

Photonic Integrated components and circuits

Holographic storage towards 1 Tbyte 2 M€8

WAPITIWaferbonding Active Passive Integration Technology 6 1.5 M€

Nano-Photonics and Molecular scale technologies

ATHOS

35 4.7 M€


Nano-photonic and nanoelectronic (joint call)

R&D focus:- Nano-electronic and Nano-photonic materials, related

fabrication processes and their functional validation in manufacturable integrated devices;

- Non-conventional nano-MOS logic and memory devices, photonics/nano-electronics integration technologies for functional devices, and production technologies;

Materials, equipment & processes for productionof nano-photonics & nano-electronics devices

ObjectiveTo master nanoelectronics & nanophotonicsat industrial scale

H. Rajbenbach

Under Evaluation


Call 5 on Photonics (2005) - Trends

More integration: “Photonic system on a chip” “Nanoelectronics / Nanophotonics integration”

More emphasize on new sectors (in preparation of FP7): - Bio-photonics: functional components and subassemblies - Environment and security: sensors and imaging components

Further work in “traditional” domains: - Low cost components and subsystems (access networks, infotainment) - Sources (compactness, brightness, tunability, spectral purity)

Instruments: - IPs with medium-term exploitation - STREPs with medium- to long-term exploitation - CAs/SSAs for roadmaps etc. and for providing access to components

And … encouraging new member/candidate states and SMEs


Route to failure:Understand the selection criteria for R&D proposals

H. Rajbenbach

Relevance

Impact

S&T Excellence

Consortium

Management

€€ €€

Resources

Experience from previous callsJNOG - 25 Octobre 2004, Paris

Example: S&T Excellence

• Clearly defined and well focused objectives ?

• Progress beyond state-of-the-art ?

- No quantified specs for the proposed device/component !- No intermediate targets !- Hey, too easy, some key parameters are missing !

- Can’t assess: no commitment for some key parameters !- State-of the art is not described !- Naïve specs !- It is more development than research !- Nice, but not scalable !


• Exploitation and/or dissemination plans adequate ?

- Too vague - Starts too late- No dissemination plan, besides “they will publish” !- All deliverables are confidential !

Potential Impact(exploitation and dissemination)

H. Rajbenbach

- A killing criterion !


FP6

FP7

New Financial Perspectives

2003 2004 2005

2007 - 2010 …

2006

WP03-04Call1

Call2 Call3Call4 Call5 Call6 (tbc)

WP05-06

AdoptionProposals on FP, and specific programmes

Communication: "Preparing the future: reinforcing European research policy" (12/05/04)

WP + Calls

Communication “Building our common future: Policy challenges and Budgetary means of the Enlarged Union 2007-2013" (10/02/04)

Beyond FP6: FP7 (2007 - 2010)

• Research (as never before) is high on the political agenda – Commission’s proposal in the Financial Perspectives is

to increase research budget by at least x2

• First communications on FP7 should reinforce the Commission’s proposal in the New Financial Perspectives

FP7 context


5 major themes:- Research grants to individual teams (basic research)- Collaborative Research (Business as usual)- Private/Public partnership (Technology Platforms)- Strengthening Research capacities

(infrastructures + human capital)- Co-ordination of national/regional programmes

Budget: Significant increase:FP4 (1994-1998): 13 B€FP5 (1998-2002): 15 B€FP6 (2002-2006): 17 B€FP7 (2007-2010): 34 B€

H. Rajbenbach

Beyond FP6: FP7 (2007 - 2010)

+ 2

+ 2

x 2(“mini-Moore’s law”)


H. Rajbenbach

R&D spending – facts and objectives

But… Employment is hotter:1 M€ invested ---> 100 direct jobs in road construction

---> 2 direct jobs in Semiconductors !

LisbonObjective

(2010)

3 %?

% of GNP

1.5

2.0

2.5

3.0

(source: OCDE & Courrier International, Jan-04)

EU Member States

USA

R&D spendingJapan

1985 1990 1995 2000


Conclusion and further information

H. Rajbenbach

“Nanoelectronics and Photonics” unit web site: http://www.cordis.lu/ist/directorate_c/mnoc/

(these viewgraphs, consultation reports…)

Official Call for proposals:http://fp6.cordis.lu/fp6/calls_open.cfm

Call 3 and joint call: http://www.cordis.lu/coordination/era-net.htm (ERA in call 3)http://www.cordis.lu/fp6/nmp.htm (joint call)

Contact:[email protected]@[email protected]@cec.eu.int

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Optique et Photonique dans le Programme IST (Information Society Technologies)

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