CILEX-APOLLON. Centre Interdisciplinaire de Lumiere EXtreme Interdisciplinary Center for Extreme Light

Transcription

1 CILEX-APOLLON Centre Interdisciplinaire de Lumiere EXtreme Interdisciplinary Center for Extreme Light Ph. Martin, Commissariat à l Energie Atomique, Saclay CILEX-APOLLON Scientific Director French ELI co-representative (*) (*) Special thank to Patrizio Anticci F. Amiranoff : Director P. Audebert : Technical Director P. Monot : deputy Technical Director F. Mathieu : Project Manager

2 History of CILEX-APOLLON goes with ELI 2005: Idea of an Extreme Light Infrastructure (ELI) by G. Mourou 2007: ELI enters PP and ESFRI roadmap 2007: APOLLON becomes a 10 PW laser project with 20 M state invesment 2010 : CILEX gets approved with 20 M as integrator of APOLLON 2010: CILEX/APOLLON implemented at l Orme 2010: ELI-PP Gives over to ELI-NP/ELI-ALPS/ELI- BEAMS ? ELI-ALPS

3 CILEX-APOLLON : Who are the Partners? 7 Laser laboratories Laboratoire de Physique des Gaz et des Plasmas (LPGP) Fédération Lumière Matière Fédération (LUMAT) Laboratoire Charles Fabry (LCF) Laboratoire d Optique Appliquée (LOA) Centre de Physique Théorique (CPhT) Laboratoire pour l Utilisation des Lasers Intenses (LULI) Institut Rayonnement Matière de Saclay (CEA-IRAMIS) 4 High Energy Physics and accelerators labs Laboratoire de l accélérateur linéaire (LAL) Synchrotron Soleil Laboratoire Leprince Ringuet (LLR) Institut de recherche sur les lois fondamentales de l univers (CEA-IRFU) Logistics CEA Saclay center Use to manage very large scale projects e.g: Atlas detector in CERN

4 CILEX-APOLLON : What s in? Salle jaune (LOA) 10 PW Laser LASERIX Paris XI ELFI (LULI) UHI100 Saclay

5 Laser Apollon 10PW Objectif : 1 shot/min, Energy 150 J, Duration 15 fs, 10 PW, W/cm 2 Team of 50 academic scientists and engineers involved in APOLLON 10 fs Oscillator Stretching Amplification Compression Transport to experiments Laser architecture design R&D Laser chain integration issues First shot 2014 Relationship between CILEX-APOLLON and laser Industrials Close links with industrials for transferring the intellectual property Transformation of a cutting edge APOLLON in a commercial product

6 Plateau de Saclay : unique expertise in UHI laser Science 150 permanent staff Many students through P11, EP, Supelec, IOGS UHI100 TW, 25 fs CEA-Saclay Where is it? Paris, 20 km Paris CILEX/Apollon Orme des Merisiers LPGP/LASERIX University Paris Sud ELFIE LULI Salle jaune 2x60 TW, 30 fs, LOA

7 Next future on the "plateau de Saclay" Operational 100 TW class systems Satellites facilities Up coming systems Salle Jaune, 120 TW, 30 fs UHI100, 100 TW, 25 fs ELFIE, multi faisceaux LASERIX 40 J, variable durations W/cm 2 APOLLON: 10 PW, 15 fs Relativistic regime Ultra-Relativistic regime

8 1 laser and 2 experimental halls APOLLON LASER room pump1: 15fs-qq ps/ max 150J pump2: 15fs-qq Ps/ max 15J uncompressed : max 200J probe:15fs/ 0.2-1J oelectron acceleration single stage and multi-stage blow-out and quasi-linear regime odirect photon production plasma undulator («betatron») magnetic undulator radiation non-linear Compton scattering short focals area ion acceleration HHG, flying mirror, Xray laser (solid, gas) high-field physics (solid, gas, vacuum) Solid targets Short focals : f=1 5 m Extreme intensity: a Contrast : ultimate long focals area Gaseous targets Long focals : f=10 20 m Modest intensity: a Contrast: excellent (but not ultimate)

9 APOLLON: "10 PW" laser and 2 experimental areas short focallength area APOLLON 10P: "10 PW" laser

10 Versatile Experimental chamber for the Short focal area Ø 400 mm, D=2200 mm

11 Organization ILP = definition of the scientific program Electron group and applications B. Cros X rays group and applications F. Quéré, Ph. Zeitoun Ion group and applications J. Fuchs High-Field group Long focal area A. Specka Short focal area J. Fuchs realization of the scientific program

12 Total CILEX area= 6800 m 2 Cilex-Apollon 4100 m 2 Cilex-Satellites Facilities Short focal length area (ions, X) Apollon Laser (700 m 2 ) 2700 m 2 UHI 100 exp Long focal length area (electrons) (450 m 2 ) UHI100 laser LASERIX Exp laserix

13 10 PW Laser Synergies between ELI-NP and CILEX E4/E5 Accelerated particle beams induced by high power laser beams at high repetition rates; E6 Intense electron and gamma beams induced by high power (multi-pw) laser E7 Experiments with combined laser and gamma beams ELI-NP has experimental rooms dedicated to activities which are the core of the CILEX-APOLLON project ELI-NP should host a 10/20PW laser such as in APOLLON facility

14 ELI- NP 18/09/2012 : The ELI-NP Application for funding of the first phase of the project was Approved by the European Commission! Congratulations from the French laser community!

15 From Radiation Pressure Acceleration (RPA) and Laser- Driven Ion Pistons to Direct Laser acceleration of protons at Intensities up to W/cm 2 Relativistic Ultra-thin Electron Sheet used as a Relativistic Mirror for the Production of Brilliant, Coherent -Rays Probing the Pair Creation from the Vacuum in the Focus of a Strong Electrical Fields with a High energy g Beam French expertize A continuum from fundamental science to technological developpments Basic science Technical specifications Commissionning Conception, Design Contract Management Radio protection calculation starting from expected doses, personal and installation safety Network design Command control of the experiments Experimental set-up and associated pumping systems ElectroMagnetic Perturbation Particles diagnostics Particle focusing and guiding systems Contrast correction system Cryogenic Targetry In-situ laser intensity and contrast diagnostics

16 Possible schemes for collaborations with ELI- NP Possible involvements at different possible levels i) Expertize role ii) Implementation of setup and diagnostics in ELI-NP iii) Design and implementation of fully equiped laser experimental areas Collaborative experiments with shared access between ELI-NP and APOLLON Training of students and post-doc