1. Dominique Guillemaud Mueller Scientific Deputy Director of IN2P3 National Institute of Nuclear and Particle Physics www.in2p3.fr

2. IN2P3, ONE OF CNRS INSTITUTES © CENBG, LSM Conception graphique : Jérémy Lescène (IN2P3)) CNRS 10 institutes (3 national institutes: INSMI, INSU, IN2P3) 1 100 research units (95% in partnership) 33 000 researchers, engineers, technicians 3.3 billion euros per year (total budget)

3. IN2P3: MISSIONS TO PROMOTE AND COORDINATE RESEARCH ACTIVITIES IN THE FIELD OF SUBATOMIC PHYSICS Skills, expertise Interdisciplinary research, training, innovation Programmes on behalf of the CNRS and universities CEA partnership COORDINATION The infinities, from particles to the Cosmos EXPLORATION PROVIDING © Fred Hulin/Scavo/Université Paris-Sud, Ganil/Philippe Stroppa, LSM, A. Palacios LUPM/CEA

4. KEY FIGURES of IN2P3 3 40 major international projects 15 LIA (international associated laboratoires) 1 international research network 2 european research networks 3 206 researchers, engineers and technicians 25 laboratories and platforms 71 M€ Annual budget (excluding salaries in 2015) TGIR © CENBG, LSM

5. DISTRIBUTION OF STAFF CNRS researchers: 503 University researchers: 372 CNRS engineers & technicians: 1 316 Other engineers & technicians: 225 PhD & post-docs: 482 Short-term engineers &technicians: 308 Total staff members: 3 206

6. A NETWORK OF LABORATORIES 3 © CIA, LSM Ganil, LPC Caen APC, LPNHE, Musée Curie APC, LPNHE, Musée Curie CSNSM IMNC, IPNO, LAL, LLR, Omega CSNSM IMNC, IPNO, LAL, LLR, Omega Subatech CENBG LPC Clermont CC, IPNL, LMA, IDGC LSM, LAPP LPSC LUPM CPPM LNCA IPHC

7. SCIENTIFIC THEMES 4 Particle physics Nuclear and hadronic physics Matter: most elementary constituents and fundamental interactions Structure of nuclear matter Theory Instrumentation Computing grids Accelerator R&D Back-end of the nuclear fuel cycle and nuclear energy Medical applications © Ganil, Cern, CC-IN2P3, Guinevere, Amissa, Planck, LSM Astroparticle physics and neutrinos Universe: composition and behaviour

8. 5 Over the different thematics of IN2P3

9. 5 Over the thematics relevant for NuPECC

10. GLUONS QG PLASMA SUPERHEAVY STABILITY 5 EXTREMES STATES PROTON AND NUCLEUS: THE EMERGENCE OF COMPLEXITY EXOTIC NUCLEI Quark-gluon plasma Proton structure Nuclear structure Exotic nuclei Nuclear astrophyscis © Agata, Alice, Fred Hulin/Scavo/Université Paris-Sud, Ganil/Philippe Stroppa, LSM, CNRS Photothèque / Hubert Raguet NUCLEAR PHYSICS

11. GLUONS QG PLASMA SUPERHEAVY STABILITY 5 EXTREMES STATES Physics program on : J/  production, quarkonia, jet quenching, heavy flavour, low mass di leptons, electroweak bosons … EXOTIC NUCLEI © Agata, Alice, Fred Hulin/Scavo/Université Paris-Sud, Ganil/Philippe Stroppa, LSM, CNRS Photothèque / Hubert Raguet Quark Gluon plasma : ALICE and CMS heavy ion

12. GLUONS QG PLASMA SUPERHEAVY STACLAS12 Central Neutron Detector (CND)BILITY 5 EXTREMES STATES Hall A and Hall B EXOTIC NUCLEI © Agata, Alice, Fred Hulin/Scavo/Université Paris-Sud, Ganil/Philippe Stroppa, LSM, CNRS Photothèque / Hubert Raguet Proton structure : JLab program @12 GeV Elastic scattering => Form Factors Transverse quark distribution in space DIS => Parton Dis. Fun. Longitudinal quark distributions in momentum space DVCS => GPDs Correlation of these two distributions GPDs provide a 3D image of the nucleon

13. GLUONS QG PLASMA SUPERHEAVY STABILITY 5 EXTREMES STATES EXOTIC NUCLEI © Agata, Alice, Fred Hulin/Scavo/Université Paris-Sud, Ganil/Philippe Stroppa, LSM, CNRS Photothèque / Hubert Raguet Nuclear Structure and Dynamics Linac driver 33 MeV p, 40 MeV d (5mA) 14.5 A.MeV HI (1mA) NFS S3S3 DESIR (2019-?) GANIL Production up to 10 14 FF/s SPIRAL1 upgrade Spiral2 Phase 1+(+) New RFQ A/Q=7 2021-?

14. GLUONS QG PLASMA SUPERHEAVY STABILITY 5 EXTREMES STATES EXOTIC NUCLEI © Agata, Alice, Fred Hulin/Scavo/Université Paris-Sud, Ganil/Philippe Stroppa, LSM, CNRS Photothèque / Hubert Raguet Nuclear Structure and Dynamics Agata campaign at Ganil 2015-2018 and the completion of Agata 1/3 and other experiments at GANIL Running the ALTO facility at Orsay for its physics program and prepare the physics and instrumentation for DESIR Development of instrumentation for SPIRAL2 (FAZIA, ACTAR,GASPARD,PARIS, NEDA) Continue the program of physics at other installations (RIKEN, DUBNA, HIE Isolde, Jyväskylä, Triumf, NSCL…) Reinforce our participation in the physics of FAIR

15. REACTORS ADS NUCLEAR WASTES MOLTEN SALTS 5 TRANSMUTATION BACK-END OF THE NUCLEAR FUEL CYCLE, NUCLEAR ENERGY RADIOCHEMISTRY Transmutation of present nuclear waste by ADS Innovating nuclear systems with low wastes (thorium) Radiochemistry involved in the storage of nuclear wastes © Pacen, Gedepeon, Guinevere NUCLEAR PHYSICS AND ENERGY

16. IMAGING RADIOISOTOP HADRONTHERAPY SIMULATIONS 5 BEAM MONITORS NEW DIAGNOSTIC AND THERAPEUTICAL TOOLS RADIOBIOLOGY  Strong engagement on cancer treatment methods Radioisotopes, radiobiology, radiotherapy Dosimetry Accelerator technology for hadron therapy Beam monitors R&D Imaging, simulations (GEANT, GATE) © Amissa, IMNC/CNRS, Arronax NUCLEAR PHYSICS AND HEALTH

17. GLUONS QG PLASMA SUPERHEAVY STABILITY 5 EXTREMES STATES EXOTIC NUCLEI © Agata, Alice, Fred Hulin/Scavo/Université Paris-Sud, Ganil/Philippe Stroppa, LSM, CNRS Photothèque / Hubert Raguet NuPECC is in the process of a new Long Range Plan: Necessity to define a constructive and realistic european strategy in the different domains of physics within the international context THANK YOU FOR YOUR ATTENTION For the future…

18. CMOS ULTRA-GRANULARIMAGERS BOLOMETERS 5 MICROELECTRONICS INSTRUMENTATION, DETECTORS, TECHNOLOGY TRANSFER HODOSCOPES Silicon detectors Photo-detectors, new generation scintillators Gaseous detectors Bolometers Microelectronics Pluri/multi-disciplinarity (IPHC: INEE, INC, INSB) © LSM, D.R., IPNL INSTRUMENTATION AND DETECTORS

19. SUPERCONDUC CRYOTECHNOLOGY PLATFORMS LASERS 5 INTENSE BEAMS ION SOURCES Superconducting accelerator cavities and cryotechnology Ion and electron sources Target/source for radioactive beams Beam dynamics Laser acceleration © CSNSM/Jean François Dars, Desy Hamburg, Ganil, CNRS/IN2P3 ACCELERATORS ACCELERATOR R&D, TECHNOLOGICAL PLATFORMS