European Photonics Industry Consortium

Short description: Not-for-profit association serving the photonics community

The European Photonics Industry Consortium (EPIC) is a not-for-profit association with headquarters in Paris, France.[1] EPIC serves the photonics community through a regular series of workshops, market studies and partnering. EPIC focuses its actions on LEDs and OLEDs for lighting, optical fiber telecommunications, laser manufacturing, sensors, photovoltaics and photonics for life sciences. EPIC coordinates its activities internationally through its membership in the International Optoelectronics Association.[2]

EPIC was founded in 2003 by T.P. Pearsall. The five founding company members were: Aixtron, CDT, Osram, Philips, and Sagem.[3] Today,[when?] more than 500 companies, research organizations, universities, and other industry stakeholders are members of the consortium, making EPIC one of the world's principal industrial photonics organizations. The membership works together to execute the mission by proposing and implementing influential initiatives of significant impact on the industrial landscape. The strength of EPIC comes from its capacity to represent the European photonics industry with a clear and articulate voice.

Industry associations such as EPIC have a key role to play in identifying market opportunities and in helping their members to work together to capture the opportunity. The European photonics industry is made up of a broad community of highly innovative small companies. When economic pressures create turbulent markets and make planning difficult, an association can help companies to create partnerships and find a better way through the crisis by finding new revenue streams.[4]

## Contents

* 1 Photonics
* 2 Mission
* 3 Key initiatives
* 3.1 Photonics21 European technology platform
* 3.2 Merging optics and nanotechnologies: the MONA roadmap
* 3.3 Network for Exchange of Components Photonics Research : NEXPRESSO
* 3.4 Leadership in Fiber Laser Technologies: LIFT
* 3.5 Workshops on key photonics opportunities
* 4 References
* 5 External links

## Photonics

Photonics is the science and technology area concerned about light and its application. It includes geometrical, wave and particle approach to light. Term photonics emphasizes including photons in general analysis therefore extending its field beyond traditional optics. It also expands application of light from just lighting to information transmission, signal processing and sensing and many other fields.

Nowadays, photonics is being included into many optoelectronic or mechatronic devices, therefore creating new components, new products and new industries. Some examples are laser diodes, DVD players, and optical fiber telecommunications.

## Mission

The European Photonics Industry Consortium has the mission to build solidarity and sustainable growth for photonics companies increasing recognition of photonics as a strategic technology, building business revenues, and creating employment opportunities for scientists and engineers.

## Key initiatives

### Photonics21 European technology platform

In 2004 EPIC proposed the creation of a European Technology Platform in photonics to the European Commission. EPIC's members worked in partnership with other European organisations to develop a vision of photonics as a well-defined science leading to disruptive breakthroughs in telecommunications, life sciences, manufacturing, lighting and displays, sensors and education.[5] The European Commission accepted this vision and established the Photonics21 Platform at the end of 2005.[6]

### Merging optics and nanotechnologies: the MONA roadmap

During 2005-2007 EPIC and its members developed and participated in the MONA project to create a study to identify synergies between photonics and nanotechnologies, and to identify opportunities for industry in these areas. The goal of this project is a roadmap leading from the R&D environment to mastering nano-electronics and nano-photonics technologies at an industrial scale.[7] This roadmap has been completed and is available to the public.[8]

### Network for Exchange of Components Photonics Research : NEXPRESSO

Beginning in 2007, EPIC and its members initiated the ACCORD project which purchases prototype photonics components and systems from SMEs and awards them to university R&D groups based on competitive proposals.[9] NEXPRESSO follows ACCORD, (Advanced Components Cooperation for Optoelectronic Research and Development), an exchange initiative also developed by EPIC.

### Leadership in Fiber Laser Technologies: LIFT

EPIC organised and led a consortium of 20 companies, SMEs, and research labs in a proposal to the European Commission for a €17 million project to develop new technologies for higher brilliance fiber lasers. The project has been accepted and started in 2009.[10] EPIC also initiated and manages the Linked-In site for Fiber Lasers.[11]

### Workshops on key photonics opportunities

EPIC organises workshops and symposia on key topics and opportunities identified by its membership. Proceedings and synthesis of these meetings are available to the public. Some examples are presented for workshops developed in collaboration with the SPIE.

Photonics in the Automobile

* Photonics in the Automobile I. Edited by T.P. Pearsall, Proceedings of the SPIE, Volume 5663, (2005).
* Photonics in the Automobile II. Edited by PP. Meyrueis, T.P. Pearsall, Proceedings of the SPIE, Volume 6198, (2006).

Building European OLED Infrastructure

Building European OLED infrastructure, Edited by: T.P. Pearsall, J.Halls, Proceedings of the SPIE, Volume 5961 (2005)

Laser-Assisted Manufacturing – Making the Market Grow

Laser Applications in Europe, Edited by: Gries, T. P. Pearsall, Proceedings of the SPIE, Volume 6157, (2006)

Workshop on Optical Components for Broadband Communication

Optical Components for Broadband Communication, Edited by: P-Y Fonjallaz, T.P. Pearsall, Proceedings of the SPIE, Volume 6350, pp. (2006)

Workshop on Manufacturing LEDs for Lighting and Displays

Manufacturing LEDs for Lighting and Displays, Edited by T.P. Pearsall, Proceedings of the SPIE, Volume 6797, (2007)

Photonics on Silicon

Silicon Photonics and Photonic Integrated Circuits, Edited by: G. C. Righini, S. K. Honkanen, L. Pavesi, L. Vivien, Proceedings of the SPIE, Volume 6996, (2008)

## References

1. ↑ The European Photonics Industry Consortium
2. ↑ "The International Optoelectronics Association Membership". http://www.ioassociation.org/members.html.
3. ↑ Five European Companies found EPIC Compound Semiconductor 5 January 2004,
4. ↑ Industry Associations Create Stability during Downturns. Optics and Laser Europe, p.38, April 2009[yes|permanent dead link|dead link}}]
5. ↑ European Workshop on Optics and Photonics Technologies
6. ↑ Launch of Photonics-21
7. ↑ European MONA project publishes roadmap for photonics and nanotechnologies Small Times, 4 February 2008
8. ↑ "The MONA Roadmap for Photonics and Nanotechnologies". http://www.ist-mona.org/roadmaps/default.asp.
9. ↑ "The ACCORD Program for access to prototype photonic components and systems". http://www.ist-accord.org/.
10. ↑ "LIFT Project Web Site". http://www.lift-project.eu/.
11. ↑ Fiber Laser FaserLaser

## External links

Periodicals

* Photonics Spectra
* Laser Focus World
* EPIC Newsletter
* Optics and Laser Europe
* Europhotonics
* Nature Photonics
* LEDs Magazine

Related

* PhotonDelta

* v
* t
* e

Photonics

Fields|

* Biophotonics
* Nanophotonics
* Microphotonics
* Optical computing

Tools|

* Biophoton
* Optical DPSK demodulator
* Delay line interferometer
* Erbium-doped waveguide amplifier
* Laser
* optical interleaver
* optical hybrid
* photonic integrated circuit
* Photonic crystal
* Photonic-crystal fiber
* Slot-waveguide
* Subwavelength-diameter optical fibre
* superprism
* Time stretch analog-to-digital converter
* Wireless power transfer
* extraordinary optical transmission

Concepts|

* Arrayed waveguide grating
* Diffraction grating
* Holographic grating
* Monte Carlo method for photon transport
* Wavelength selective switching
* Atomic coherence
* Autocloning
* Dark state
* Photon diffusion

Applications|

* Optical neural network
* Solar sail
* Fiber-optic communication

See also|

* Optics

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