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NCP day Brussels, 23 June 2010 WP2011-2012 objective 3.5: Core and disruptive photonic technologies Bart Van Caenegem Bart Van Caenegem Unit INFSO-G5 Photonics European Commission

Bart Van Caenegem Unit INFSO-G5 Photonics European Commission

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NCP day Brussels, 23 June 2010 WP2011-2012 objective 3.5 : Core and disruptive photonic technologies. Bart Van Caenegem Unit INFSO-G5 Photonics European Commission. Future priorities: ICT WP 2011-2012. - PowerPoint PPT Presentation

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Page 1: Bart Van Caenegem Unit INFSO-G5 Photonics European Commission

NCP day

Brussels, 23 June 2010

WP2011-2012

objective 3.5: Core and disruptive

photonic technologies

Bart Van CaenegemBart Van CaenegemUnit INFSO-G5 PhotonicsEuropean Commission

Page 2: Bart Van Caenegem Unit INFSO-G5 Photonics European Commission

Future priorities: ICT WP 2011-2012

• Reinforce European strengths in key application Reinforce European strengths in key application

sectors and sectors and accelerate emergence of new market accelerate emergence of new market

areasareas• Strong involvement of Strong involvement of industry and end-usersindustry and end-users, ,

matching technology focus with application drivematching technology focus with application drive

• Create breakthrough advancesbreakthrough advances in performance or functionality new products and new market areasnew products and new market areas

• Foster cooperationcooperation with Member States and greater alignment on strategic research programmes

• Support training & educationtraining & education leading to a competitive advantage of European photonics industry at large.

Page 3: Bart Van Caenegem Unit INFSO-G5 Photonics European Commission

ICT WP 2011-12:Photonics and Organic Electronics

WP 2007-08 WP 2009-10

ICT-2007.3.5 Photonics

components and subsystems

90 m€

ICT-2007.3.2 Organic and large area electronics & display systems

63 m€

ICT-2009.3.7 Photonics60 m€

Call 2Call 1

ICT-2009.3.8 Organic and disruptive Photonics30 m€

ERA-NET Plus

ICT-2009.3.3 Flexible, Organic and Large Area

Electronics60 m€

DRAFTWP 2011-12

3.5 Core and disruptive Photonics Technologies

117 m€

3.6 Flexible, organic and large area electronics and

photonics 50 m€

PPP FoF 7.2 Manufacturing solutions for new

ICT products(OLAE & photonics) 20 m€

PPP FoF 7.1 Smart Factories1 of 4 topics

(novel lasers and laser material processing) 10-15 m€ of 40 m€

Call 5Call 4

Page 4: Bart Van Caenegem Unit INFSO-G5 Photonics European Commission

ICT WP 2011-12Objective 3.5 “Core and Disruptive

Photonics Technologies”

a) Core photonic technologiesApplication-specific photonic components & subsystems for:

1. Optical data communications

2. Biophotonics for early, fast and reliable medical diagnosis of diseases

3. Imaging & sensing for safety and security

4. Lighting and displays

Cross-cutting technology:

5. Photonics integration platforms

b) Disruptive photonic technologies

c) ERANET-Plus action

d) Pre-Commercial Procurement actione) Coordination and Support actions,

including ERA-NET action

117 m€

Call 2011IP + STREP

79 m€

Call 2010, STREP20 m€

IP

Call 2010, CSA5 m€

Call 2011, EN+13 m€

DRAFT

Page 5: Bart Van Caenegem Unit INFSO-G5 Photonics European Commission

ICT WP 2011-12 Objective 3.5 “Core and Disruptive Photonics Technologies”

Part B (Disruptive Photonic Technologies)

■ Disruptive photonic technologies are– Technologies at the proof-of-principle stage offering a potential

for break-through advances in functionality, performance, component size, or cost reduction

– They often exploit effects at the limits of light-matter interaction (e.g. plasmonics, nano-photonics, photonic crystals, …)

■ Objective– Take these technologies from the research lab– Demonstrate their industrial potential through a functional

component

Page 6: Bart Van Caenegem Unit INFSO-G5 Photonics European Commission

ICT WP 2011-12 Objective 3.5 “Core and Disruptive Photonics Technologies”

Part B (Disruptive Photonic Technologies)

Examples■ Disruptive components for high performance (including extreme

high-power) laser systems, in particular respective compact and cost-effective laser sources;

■ Exploiting nano-photonic structures and new materials for PICs of higher performance, functionality or complexity

■ New photonic functions realised in optical fibres by integrating non-conventional materials

■ Electro-optic modulation and signal processing exploiting alternative materials, structures or slow-wave effects

■ New photonic approaches for life sciences, information displays, optical memory and storage

Page 7: Bart Van Caenegem Unit INFSO-G5 Photonics European Commission

ICT WP 2011-12 Objective 3.5 “Core and Disruptive Photonics Technologies”

Part E (Coordination and Support Actions)

■ Coordination and Support actions:– ERA-NET for the coordination of national R&D

programmes/activities – Technology road-maps for high power / high energy lasers– Coordination between innovation clusters– Targeted international cooperation activities– Coordination of the European photonics RTD constituency in

Photonics21– Access of SMEs and researchers to advanced technologies,

design expertise and/or manufacturing facilities– Education and training actions

Preparing FP8!

involve the key stakeholders in photonics!

DRAFT: Call opens 28 Sept 2010, closes 18 Jan 2011, 5 M€

Page 8: Bart Van Caenegem Unit INFSO-G5 Photonics European Commission

Thank you!

For further information:For further information:

Photonics Unit at European Photonics Unit at European Commission:Commission:

www.cordis.europa.eu/photonics/

(running projects; call for proposal; background documents, etc.)

Newsletter:Newsletter:

[email protected]