1 Institut National de Physique Nucléaire et de Physique des Particules Alex C. MUELLER (Deputy Director) CERN, 9 July 2009.

Présentation au sujet: "1 Institut National de Physique Nucléaire et de Physique des Particules Alex C. MUELLER (Deputy Director) CERN, 9 July 2009."— Transcription de la présentation:

1 1 Institut National de Physique Nucléaire et de Physique des Particules Alex C. MUELLER (Deputy Director) CERN, 9 July 2009

2 2 Les valeurs qui ont forgé la compétence du CNRS, sa crédibilité et sa réputation internationale La mise en oeuvre de l'interdisciplinarité sur le terrain La prise de risque en matière de recherche L'élitisme du recrutement La liberté et l'autonomie au service de la créativité du chercheur La conjugaison entre compétition et collaboration L'ouverture aux disciplines nouvelles

3 3 Les résultats qui ont forgé la crédibilité et la réputation internationale du CNRS Sur un total de plus de 27 300 publications annuels du CNRS, 52% sont publiées avec des collègues étrangers, dont les 2/3 en Europe. Le CNRS est le premier établissement d'accueil en Europe des appels à projets de l'ERC, que ce soit pour les jeunes chercheurs ou les chercheurs confirmés. Il attire les meilleurs : il recrute près de 25% de chercheurs étrangers chaque année La reconnaissance par les prix internationaux les plus prestigieux : –En 2008 : Nobel Médecine (L. Montagnier), Turing informatique (J. Sifakis), Japan Blue Planet Prize (C. Lorius), etc.…

4 4 Une nouvelle organisation en 9 Instituts Sciences Mathématiques et leurs et leurs interactions interactions Sciences et Technologies de l'Information et de l'Ingénierie * de l'Ingénierie * Physique Physique Nucléaire et Physique des Particules Sciences de l'Univers Sciences Humaines et Sociales Chimie Écologie et Environnement Sciences Biologiques CNRS: 32000 staff = 26000 permanent of which 14000 researchers IN2P3: 3200 staff = 2500 permanent of which 900 researchers

5 5 Budget issues +600 M€ RP

6 6 IN2P3 Missions Coordinate research for Particle and Nuclear Physics for the academic world. Coordinate with CEA. Coordinate 20 labs (of which 3 large) in network for the construction and operation of 40 large projects (among which 3 very large). Pluri-annual programming with annual arbitration National operator for University/CNRS mixed labs responding to international large projects

7 7 Permanent personnel 56% 2564 titulaires au 31/12/2006 + 500 non permanents Les personnels des laboratoires de l’IN2P3 170 M€

8 8 IN2P3 laboratories in France

9 9 Scientific axes of l’IN2P3

10 10 Ultimate components of matter and their interactions : PARTICLE PHYSICS: Quantum structure of the vacuum, origin of mass, Higgs boson Unification of fondamental interactions Matter and et antimatter (quarks vs antiquarks et neutrinos vs antineutrinos) Challenges

11 November 4th 2008ParticlephysicsatIN2P311 Particle Physics at IN2P3 400 permanent scientists (FTE) / 10 Laboratories / 8 Experiments OngoingExperiments H1 (10/3) BaBar (20/5) D0 (30/8) CDF (1/1) NextExperiments ATLAS (60/7) CMS (30/4) LHCb (20/6) LCG (LHC computinggrid) all Future Experiments ILC (30/9) Data taking ended in 2007 ended in 2008 ends in2010 starts in 2009 ready starts>2020

12 12 IN2P3operator for the University, coordinating with CEA Focalise activities at CERN, « capitale mondiale de la physique des particules »through the project LHC PARTICLE PHYSICS Ultimate components and fundamental interactions

13 13 NUCLEAR PHYSICS Proton and nucleus at extreme states, emergence of complexity : Structure of proton in quarks and gluons Plasma of quarks and gluons Exotic nuclei, nuclear structure, nuclear astrophysics CHALLENGES

14 Alex C. MUELLER, Réunion Dir IN2P3 + DU, 22 Avril 2008 1 st priority SPIRAL 2@GANIL – Next generation of ISOL Facility Super conducting LINAC 40MeV d,5mA,14MeV/n HI Production building C converter +UCx target  10 14 fissions/s GANIL facility LIRAT Stable Heavy-Ion Exp. Hall Heavy-Ion ECR source (A/q=3), 1mA CIME Cyclotron Acceleration of RI Beams E < 25 MeV/n, 6-8 MeV/n for FF CIME Cyclotron Acceleration of RI Beams E < 25 MeV/n, 6-8 MeV/n for FF RFQ 1+ A/q=6 Later DESIR 2012 2013 136 M€ 2006-2012

15 SPIRAL 2 yields of fission fragment after acceleration compared to other RIB facilities (best numbers for all) Today A Kr Yield, pps A Sn

16 16 ASTROPARTICLE PHYSICS The Universe as a laboratory: New messengers, high energy photons, neutrinos, cosmic rays and gravitatonal waves… The origin and physics of cosmic rays of the highest energy Dark matter and energy, the confrontation of the first moments of the Universewith the theories of the infinitely small CHALLENGES

17 17 Neutrino program OPERA (2008) DCHOOZ (2009) NEMO (2003) T2K(2009)  13 2012 Neutrino mass  appearance

18 18 SOCIETY GOALS NUCLEAR ENERGY. Participate fully in the fundamental research on nuclear energy (PACEN) hybrid reactors, Th cycle... INFORMATION TECHNOLOGY. Disseminate to other disciplines the knowhow acquired with the GRID through LCG and EGEE ACCELERATOR AND DETECTORS. Increase the R&D on accelerators and instrumentation, amplify the technology trasfer (hadrontherapt, biomedical imaging, clinical help, environmental sensors and tracers) PRIORITIES

19 Projects of the IN2P3 Strategy R&D for future electron-colliders atTeV energies  technlogy supra = ILC up to 1 TeV  innovative (warm RF)= CLIC above 1 TeV Upgrade of LHC to super-LHC  one-order of magnitude gain in luminosity ExtremeIntensity Radioactive Beam Machines  Construction of SPIRAL-2 (Caen) and  R&D EURISOL Reliable High-Power Proton Accelerators for neutron production  Incineration of NuclearWaste& probes for material science High-QualityBeams for MedicalPurposes beams for cancer surgery by hadrons and photons radioisotope production for diagnostics and treatment new ultra-high gradient accelerationschemes  low-intensity "table-top" high-eneryaccelerators by laser-plasma interaction