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OPERA2015 Final Summit - 09 April 2008
(
Photonics Europe 2008, Strasbourg, France)
All Presentations
-
Introduction: Optics and Photonics in the FP7
Gustav Kalbe (Head of Sector – Photonics, Information Society & Media Directorate General, European Commission) -
OPERA2015 Introduction: Aims, Results and link with Photonics21
Markus Wilkens (VDI Technologiezentrum and secretariat of the European Technology Platform Photonics21) -
Industry Landscape
Bart Snijders (TNO Science and Technology) -
Research Landscape
Marie-Joelle Antoine (Optics Valley) -
Resource for Photonics: Website
Peter Van Daele (INTEC Ghent University – IMEC) -
Towards the future of Optics and Photonics Research
Eugene Arthurs (SPIE and Photonics21) -
Strategic Opportunities for R&D in Europe
Mike Wale (Bookham) -
A sustainable business model in the Optics and Photonics Field
David Pointer (Point Source)
Workshop Wroclaw
>>View CD-ROMAll Presentations
- 1_Pearsall_Introduction.pdf
- 2_Arakawa_Advanced_Photonics.pdf
- 3_M Wale_Developments_and_challenges.pdf
- 4_Forchel_Nanophotonics.pdf
- 5_Schulte_CVD_for_LED_Technologies.pdf
- 6_Burgess_Photonics_in_FP7.pdf
- 7_Zyss_molecular_photonics.pdf
- 8_Piotrowski_photodetectors.pdf
- 9_Schütze_Focussed_Lasers_in_Life_Sciences.pdf
- 10_Clarkson_High-Power_Fibre_Lasers.pdf
- 11_Johnson_Photonic_Crystals_and_Metamaterials.pdf
- 12_Udem_Laser_Frequency_Combs.pdf
- 13_Russell_A_Tight_Focus_on_Light.pdf
- 14_Pearsall_The_Nanophotonics_Roadmap.pdf
- 15_Buzek_Strengthening_European_Competitiveness.pdf
- 16_Brunner_LEDs_for_Lighting.pdf
- 17_Eichler_Holographic_Data_Storage.pdf
- 18_Porowski_Dislocation-free_GaN_Substrates.pdf
All Proceedings
1_Wale.pdf, 2_Schulte.pdf, 3_Zyss_long.pdf, 4_Udem.pdf, 5_Piotrowski_Fast_sensitive_detectors_cryoless.pdf, 6_Schuetze_Optical_Technologies.pdf, 7_Brunner_LEDs_for_General_Lighting_Applications.pdf, 8_Russel.pdf, 9_Eichler.pdf, 10_Porowski_abs1.pdf, 11_Thevenaz.pdf, 12_Tomanek-2.pdf, 13_Kujawinska_invited.pdf, 14_Tomm.pdf, 15_Lopez-Higuera.pdf, 15_Piotrowski_Fast_sensitive_detectors_cryoless.pdf, 16_Sirutkaitis.pdf, 17_Nasilowski.pdf, 18_Wolinski.pdf, 19_Jarosz.pdf, 20_Pustelny.pdf, 21_Hlubina2.pdf, 22_Angelsky.pdf, 23_MIKOLAJ_OLSZEWSKI.pdf, 24_Waldemar_Sokolowski.pdf, 25_Patorski_time_average.pdf, 26_Rogalski.pdf, 27_Gaponenko.pdf, 28_SekGrzegorz.pdf, 29_Szczepanski.pdf, 30_burger.pdf, 31_Nakwaski.pdf, 32_Mohr.pdf, 33_Gombert.pdf, 34_VanErps.pdf, 35_Gorecki.pdf, 36_Kraft_MEMS_Spectrometers.pdf, 37_RobertSitnik_VS.pdf, 37838_Gourbilleau.pdf, 39_Berakdar1.pdf, 40_WEINERT_RACZKA.pdf, 41_Karpierz.pdf, 42_Kolwas_OPERA11.pdf, 42_Kolwas_Plasmon_Resonance.pdf, 43_Gunter.pdf, 44_Marek_Samoc.pdf, 45_MiniewiczAndrzej.pdf, 46_Klosowicz.pdf, 47_Kovac.pdf, 48_Ledoux.pdf, 49_SamocAnna-4p-man.pdf, 50_Zenkova.pdf, 51_MilesPadgett.pdf, 52_Jabczynski_Raman.pdf, 53_Fiedorowicz.pdf, 54_Peter_Van_Daele.pdf, 55_Wabnitz.pdf, 56_Sporea.pdf, 57_Hainberger.pdf, 58_Malyshev.pdf, 59_ORELLANA.pdf, 60_Drzazga.pdf, 61_Lobnik2.pdf, 62_Katzir.pdf, 63_Kraft_Real_Time_Spectral_Imaging.pdf, 64_Rodica_Ion.pdf, 65_SieronAnna_8Years_own_experience.pdf, 65_SieronAnna_Photodynamic_Diagnostics.pdf, 66_uwe_binding.pdf, 67_Briers.pdf, 68_CYSEWSKA.pdf, 69_bauer_for_opera.pdf, 70_Lobnik1.pdf, 71_RobertSitnik_4D.pdf, 72_Misiuk_Hojlo.pdf, 73_Tofail.pdf, 74_MONA_Project.pdf, 75_Mascher.pdf, 76_Thienpont_NoE_NEMO.pdf, 77_Tomanek-1.pdf, 78_Cristea_Education.pdf, 79_Thienpont_NEMO_Edukit.pdf, 80_Fischer.pdf, 81_Sporea_Extra_curricular_science_teaching.pdf, 82_Cristea_Devices.pdf, 83_Andrushak3.pdf, 84_Galina_Chulkova.pdf, 85_DomaradzkiManu.pdf, 86_DomaradzkiManu.pdf, 88_ALEKSANDER_BUDNICKI.pdf, 90_TYC.pdf, 91_Siejak.pdf, 92_frantisek_uherek.pdf, 93_Pawlik.pdf, 94_DOROSZ_DOMINIK.pdf, 95_TYSZKA-ZAWADZKA.pdf, 97_Borecki-Capillaries_as_optical_fibe.pdf, 98_KujawinskaKrezel.pdf, 99_Kujawinska_Tomografia.pdf, 100_Galas.pdf, 101_Litwin.pdf, 102_SZCZOT.pdf, 103_Szustakowski_Palka_Grabiec01.pdf, 104_Mignani.pdf, 105_Sing_Angelsky.pdf, 106_Masajada.pdf, 107_RobertSitnik_Skaner.pdf, 108_WojcikKotyraGolec.pdf, 109_Jacek_WOJTAS_Zbigniew_BIELECKI.pdf, 110_PWIerzba_art2.pdf, 111_PWIerzba_art1.pdf, 112_Patorski_Styk_lattice_site.pdf, 113_Andrushchak2.pdf, 114_Hlubina2.pdf, 115_Matuszak_Radwanska.pdf, 116_Basal_Cell_Carcinoma.pdf, 117_Brezoi.pdf, 118_PDT_podbielska.pdf, 119_BorkowskaManu.pdf, 120_Mateusz_Wosko.pdf, 121_Ablation_Cenian.pdf, 122_Andrushchak_1.pdfWorkshop Strassbourg, Apr 4 2006
- D4.2 Minutes and conclusions workshop II
- Copyright information
- Programme Workshops
- Organisation Speech
- Viviane Reding: Programme
- Viviane Reding: Speech
Presentations
- Introduction
- Symposium on Photonics Technologies for Framework Programme7
- European Commission
- Light Takes a Quantum Leap in Europe
- Photonic Components in the Network
- Laser-Assisted Laser-Assisted Manufacturing and Machine Vision
- Photonics Technology in Life Sciences and Health Applications
- Lighting and Displays
- Photonic Sensors Applied To Security
- Design and Manufacture of Components
- Photonics Education in Ontario 2000 –2006: A Vision Realized
Workshop Brussels, Dec 2 2005
Launch presentation speeches
- Dirk Beernaert: Nanoelectronics and Photonics
- Rosalie Zobel: Information Society & Media
- Viviane Reding Commissioner
- Alexander von Witzleben, Platform President
Minutes of the Launch
- WS1: Information & Communication
- WS2: Industrial Production / Manufacturing Quality
- WS3: Life Sciences and Health
- WS4: Lighting and Displays
- WS5: Metrology & Sensors
- WS6: Design and Manufacturing of Components and Systems
- WS7: Photonics Research, Education and Training
The first reports from Brussels are very positive about the position of Photonics in FP7. The present proposal covers only the budget for the first couple of years of FP7, 2007 and 2008. In fact the overall FP7 budget for these two years only increases by a very small amount (less than 7%). Nevertheless, the Commission's present proposal is to increase the budget of Photonics (Photonics components and subsystems) by 50% !! This is a clear recognition of the importance of Photonics to Europe.
In addition to the area "Photonics components and subsystems", there will be Photonics related research funded in a number of different areas in FP7. We look forward to getting a detailed overview of these areas during the Photonics21 Annual Meeting to be held on the 4th and 5th of December in Brussels.
As you can see from the recent DG IST presentation posted on our website, the overall FP7 budget is set to increase substantially in the later years of FP7. We would expect that Photonics is well placed to benefit from additional increases after 2008, assuming that we maintain our strong performance!
