FROM RESEARCH TO INDUSTRY

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1 FROM RESEARCH TO INDUSTRY Alternative Energies and Atomic Energy Commission CEA E. Ceccarelli February 2013

2 STRATEGY Low-Carbon Energies Information and HealthTechnologies Defence and Global Security Recherche Basic Research Fondamentale ~ 30% of de the subvention subsidies Training and dissemination of knowledge Technology development and transfer PAGE 2

LOW-CARBON ENERGIES Nuclear energy - Nuclear industrial systems for the

nuclear development - Nuclear clean up and dismantling New technologies

electric vehicles) - Renewable energies (solar energy, hydrogen and

Climate and environment sciences - Chemistry and radiation-matter

infrastructures for basic research - Physical sciences,

3 LOW-CARBON ENERGIES Nuclear energy - Nuclear industrial systems for the future - Optimisation of industrial nuclear use - Large tools for the nuclear development - Nuclear clean up and dismantling New technologies for energy - Materials - Energy efficiency (processes, smart grids, electric vehicles) - Renewable energies (solar energy, hydrogen and biofuels) Basic research in energy - Controlled nuclear fusion - Climate and environment sciences - Chemistry and radiation-matter interactions - Innovative concept for low-carbon technologies Large infrastructures for basic research - Physical sciences, cryotechnologies Life science for energy - Radiobiology - Toxicology - Bioenergies - Biotechnologies PAGE 3

TECHNOLOGIES FOR INFORMATION AND HEALTH Micro & nanotechnologies -

for health and security - Value creation and technology transfers Digital

numerical engineering - Numerical technologies for health Fundamental

complex systems Technologies for health and biotechnologies - Bio-molecular

4 TECHNOLOGIES FOR INFORMATION AND HEALTH Micro & nanotechnologies - Micro-nanoelectronics - Information et communication - Micro-nanoelectronics for health and security - Value creation and technology transfers Digital system technologies - On-board and interactive systems - Manufacturing and numerical engineering - Numerical technologies for health Fundamental research for industrial innovation - Nanosciences - Material sciences and complex systems Technologies for health and biotechnologies - Bio-molecular labeling, structural biology, protein engineering - Biomedical imaging (in vivo), genomic PAGE 4

DEFENCE AND GLOBAL SECURITY Simulation - France s guarantee

Design, manufacturing, operational maintenance, dismantling

maintenance of reactors for nuclear propulsion (submarines

nuclear proliferation and terrorism, and nuclear intervention

5 DEFENCE AND GLOBAL SECURITY Simulation - France s guarantee for future capacity of deterrence without any nuclear test Design, manufacturing, operational maintenance, dismantling of nuclear weapons warheads Nuclear propulsion - Design and maintenance of reactors for nuclear propulsion (submarines and aircrafts carriers) Global security - Prevention of nuclear proliferation and terrorism, and nuclear intervention - Monitoring and survey of international treaties Conventional Defence PAGE 5

Le Ripault Gramat Valduc Marcoule Grenoble

Nanobiotechnologies New technologies for

waste management Vallée du Rhône Nuclear :

6 10 RESEARCH CENTERS IN FRANCE Physical sciences, software technologies, high performance computing, biomedicine Ile-de-France Saclay Fontenay-aux-Roses Bruyères-le-Châtel Materials Centre, Bourgogne Lasers and plasmas Aquitaine Cesta Le Ripault Gramat Valduc Marcoule Grenoble Cadarache Micro-Nanotechnologies Nanobiotechnologies New technologies for energy Rhône-Alpes Nuclear fuel cycle and waste management Vallée du Rhône Nuclear : fusion, fission Bioenergies Provence-Alpes-Côte-d Azur Vulnerability assessment Detonics Midi-Pyrénées PAGE 6

7 VERY LARGE SCALE FACILITIES Design and operation of very large scale facilities Ganil Caen Saclay Soleil Orphée Laboratoire Léon Brillouin Grenoble ILL - Neutrons for science Neurospin ESRF Nearly 1/3 of the budget dedicated to CEA research programs Increasing basic knowledge, in areas related to technological research PAGE 7

KEY FIGURES 2011 16 000 Employees 4,3 billion civil and military budget More than 4 300 Scientific publications in 2010 (ISI base) 1 500

8 KEY FIGURES Employees 4,3 billion civil and military budget More than Scientific publications in 2010 (ISI base) PhD students 350 Postdoctoral fellows 530 Projects financed by Europe (FP7) 150 Innovative technology start-ups created since 1984 PAGE 8

9 Ready to write the future with us? Marie Curie COFUND project , 2 nd project pending (2013) : PAGE 9

Thank you for your attention Commissariat à l énergie atomique et aux énergies alternatives Centre de Saclay 91191 Gif-sur-Yvette

10 Thank you for your attention Commissariat à l énergie atomique et aux énergies alternatives Centre de Saclay Gif-sur-Yvette Cedex T. +33 (0) F. +33 (0) Etablissement public à caractère industriel et commercial RCS Paris B

Experience for Franco-Russian cooperation in Education, Research, Technological Development and Innovation

ALLIANCE UNIVERSITE ENTREPRISE DE GRENOBLE Experience for Franco-Russian cooperation in Education, Research, www.aueg.org 1 by Michel Zigone Professor at University Joseph Fourier (Grenoble 1), Physicist,