PROIECTUL EXTREME LIGHT INFRASTRUCTURE ELI Academia Română, 24 mai 2011
|
|
- Patrick Randolph Rice
- 5 years ago
- Views:
Transcription
1 PROIECTUL EXTREME LIGHT INFRASTRUCTURE ELI Academia Română, 24 mai 2011 Dan C. Dumitras Department of Lasers, National Institute for Laser, Plasma and Radiation Physics, Bucharest, Romania ELI will be the first pan-european large-scale facility in Eastern Europe dedicated to multi-disciplinary applications
2 Intense Laser Fields The relativistic regime I L > W/cm 2 results in a plethora of novel effects: X-ray generation, γ-ray generation, relativistic self-focusing, high-harmonic generation, electron and proton acceleration, neutron and positron production, as well as the manifestation of nonlinear QED effects
3 Relativistic/Ultra-relativistic relativistic Regimes Relativistic regime: 1 < a 0 < 100, a 02 = I L λ L2 /(1.37 x Wμm 2 /cm 2 ) where a 0 is the normalized electric field amplitude, I L and λ L are the laser intensity and wavelength At a 0 = 1 the electron mass increases by 2 1/2 ; the limit a 0 ~ 100 corresponds to the 100 TW class lasers Ultra-relativistic regime: I L > W/cm 2 (a 0 ~ ) in this novel regime, positrons, pions, muons and neutrinos could be produced as well as high-energy photons this largely unexplored intensity territory will provide access to physical effects with much higher characteristic energies and will regroup many subfields of contemporary physics: atomic physics, plasma physics, particle physics, nuclear physics, gravitational physics, nonlinear field theory, ultrahigh-pressure physics, astrophysics and cosmology the ultra-relativistic regime opens possibilities of: i. extreme acceleration of matter so that generation of very energetic ii. iii. particle beams of leptons and hadrons becomes efficient efficient production (~ 10%) of attosecond or even zeptosecond pulses by relativistic compression occurring at rate of 600/a 0 [as] study of the field vacuum interaction effects
4 Peak Power - Pulse Duration Conjecture 1) To get high peak laser power we must decrease the pulse duration 2) To get short laser pulses we must increase the intensity Picosecond science (10 ps to a few hundredth fs): 25 years Femtosecond science (from a few hundredths fs to a few fs): 18 years Attosecond science (from a few hundredths as to a few as): it will take at least next 15 years the most important achievements are yet to come
5 Ultra-Short Pulses by Laser Mode-Locking ps Solid-State Laser Pulse duration (s) ps 100 fs 10 fs Dye Laser Ti:sapphire fs Compression Year Optical-Fiber Compression: 6 fs (1987) nj Hollow-Fiber Compression: 4,5 fs (1997) mj
6 From Femtosecond to Attosecond Gas jet Harmonics Red light (1.6 ev) 0 4 fs 80 as Intensity (arb. units) Intensity (arb. units) Photon energy (ev) Photon energy (ev) Odd harmonics of the red light are generated up to the soft X ray region
7 High Intensity Lasers and Interaction Regimes Bottlenecks: Solutions: - Large diffraction gratings with high damage threshold - Parallelization of systems - Large crystals (Φ > 200 mm for Ti:sapphire) - Coherent beam combination - High power pumping lasers
8 In 2007, a consortium formed by 13 European countries proposed a project entitled Extreme Light Infrastructure - Preparatory Phase (ELI PP) to be financed by FP-7 ELI-PP was approved and a contract financed by EU FP 7 Program for three years was signed (November 2007 December 2010) (6 M ; România: )
9 EXTREME LIGHT INFRASTRUCTURE (ELI) PROJECT ELI would be the first infrastructure dedicated to the fundamental study of laser-matter interaction in a new and unsurpassed regime of laser intensity: the ultra-relativistic regime (I L >10 23 W/cm²); it would be an exawatt-class laser ~1000 times more powerful than either existing laser; ELI would attain its extreme power from the shortness of its pulses (femtosecond and attosecond) The infrastructure would serve to investigate a new generation of compact accelerators delivering energetic particles and radiation beams of femtosecond (10-15 s) to attosecond (10-18 s) duration; relativistic compression offers the potential of intensities exceeding I L >10 25 W/cm², which would challenge the vacuum critical field as well as provide a new avenue to ultrafast attosecond to zeptosecond (10-21 s) studies of lasermatter interaction
10
11 THE ORGANIZATION CHART OF THE GENERAL MANAGEMENT STRUCTURE SAL Support Actions Leader; STL Scientific and Technical Leader; CAL Co-ordination Action Leader
12 CANDIDATURA ROMÂNIEI A FOST APROBATĂ ÎN ŞEDINŢA DE GUVERN DIN , IAR MEMORANDUMUL A FOST SEMNAT DE PREŞEDINTELE ROMÂNIEI
13 Prague Resolutions Site Choice On October 1 st 2009, the 13 countries forming the ELI-PP consortium agreed to give the mandate to Cz, Hu and Ro to form the legal entity ELI-ERIC on which ELI will be build Beam-lines Science and Applications in Czech Rep. (260 M ) Attosecond Science and Applications in Hungary (180 M ) Nuclear Physics and Applications in Romania (280 M ) The forth pillar on High Field Science will be decided in 2012 after validation of the technology
14 Recent entry into force of ERIC (Aug 09) New Research Infrastructures a new Community legal framework Based on art. 171 EC Treaty, that allows the Community to set up European entities necessary for efficient execution of Community RTD programmes The regulation provides an easy-to-use legal tool: having legal personality recognized in all MS having a spirit of a truly European venture being flexible enough (one size doesn t fit all) with some privileges / exemptions
15
16 ELI Courier
17 MĂGURELE THE ROMANIAN POLE OF PHYSICS BUCHAREST ring rail/road LASERS & PLASMA MATERIALS EARTH OPTOELECTRONICS Space Sciences Theoretical Physics Particle Physics Computing Nat. Phys. Library UNIVERSITY (Faculty of Physics) High School ENGINEERING NUCLEAR γ Irradiator Tandem acc. Waste Proc. Cyclotron Reactor (decomm.) Adv. Detectors Life & Env. Radioisotopes ELI- NP
18 CONFERINŢA LEI 2009 BRAŞOV, OCTOMBRIE 2009
19 CONFERINŢA LEI 2009 BRAŞOV, OCTOMBRIE 2009
20
21 LEI Conference Proceedings
22 High Power fs Lasers at INFLPR CPA 2101 CLARK MXR, USA (0.7 mj) 4 GW/200 fs TEWALAS AMPLITUDE TECH. FRANCE (400 mj) 15 TW/25 fs CETAL 25 J 1 PW/25 fs ELI NP 2 x 150 J 2 x 10 PW/15 fs
23 CLARK MXR Laser CPA 2101 (2006) Er:glass fiber oscillator, frequency doubled - Laser wavelength: 1550 nm 75 nm - Pulse duration ~200 fs - Repetition rate: 35 MHz - Pulse energy ~43 pj - Average power ~1.5 mw Ti:sapphire regnerative amplifier - Laser wavelength 775 nm - Pulse duration ~ 200 fs - Repetition rate 2 khz - Maximum pulse energy ~ 700 μj - Average power ~ 1.4 W
24 Femtosecond Laser and the Experimental Set-up for Micro-nanotechnologies (2007) Laser control Laser writing system for micro-structures Operator fs LASER Laser wavelength, 775 nm; E pulse = 0.7 mj; t p < 200 fs; f rep = 2 khz
25 Experimental Room (2010) Computer control unit Clark MXR fs laser Stretcher-amplifier-compressor for fs multi-pulse generation Green nanosecond pump laser Micro-processing workstation
26 Direct Laser Writing (DLW) Workstation Microscope for 3D lithography and laser spectroscopy
27 Direct Laser Writing (DLW) - Results Microstructures produced by TPP in photopolymers Microwave devices produced by laser ablation Directional coupler Pass-Band Filter Antenna Laser induced nanostructures 1 µm
28 TEWALAS (> 15 TW) Laser System Layout (2009) Micro-processing set-up
29 INFLPR - TEWALAS Interaction chamber
30 TEWALAS 15-TW Laser Facility, INFLPR (a) (b) (c) (e) (d) (f) (a) Stretcher and Dazzler; (b) Green pump lasers; (c) Multi-pass amplifier 1; (d) Multi-pass amplifier 2; (e) Command/control unit; (f) Laser system alignment
31 power 100 mj 10 fs 100 fs 1 ps 1 J 100 TW 10 TW 1 TW 100 GW 10 GW pulse energy 10 J RAL APOLLON 100 J MPQ CLPU Salamanca 10 ps 100 ps pulse length 1 KJ RAL Jena GSI 1 ns LULI 10 PW Petal 1 PW European PW lasers and projects And more to come INFLPR
32 power pulse energy 1 J 10 J 100 J 1 KJ 1 ps 10 ps 100 ps 1 ns pulse length Peak power chart: State-of-the-art 100 mj 10 fs 100 fs Data from OECD - Global Science Forum OSAKA RAL LULI JENA Celia CUOS LOA LUND JAERI CUOS Jena Shanghai INFLPR Livermore CUOS ATLAS Osaka RAL Osaka LULI Brookhaven CPA fusion MBI MBI 10 PW 1 PW 100 TW 10 TW 1 TW 100 GW 10 GW CPA table top 100 TW 10 TW 1 TW power PFS and European visions 10 PW 1 PW 100 GW 10 GW
33 ELI- NP Mission Extreme Light Infrastructure - Romania is dedicated to Frontier Research in Nuclear Physics using a very high intensity laser system (10-30 PW) and a very brilliant, intense γ beam of up to 19 MeV, 0.1% bandwidth and γ/s Conclusions of Meeting of the Executive Committee for ELI NP (Măgurele, April 12 13, 2010): 1) Two arms of 10-PW Sapphire-based APOLLON laser is a minimum request for experiments 2) Possibility for a future upgrade to 4 arms in the second stage 3) ELI-NP gamma source is a warm LINAC accelerator of 600 MeV in the first stage ( ) 4) In the second stage (after 2015), an upgrade in energy and intensity, with a very good bandwidth, using the best solution available at that moment
34 IMPLEMENTATION FUNDING Funding of ELI NP M Site acquisition 0 Building costs 42 High-intensity Laser System (oscillators, front end, power amplifiers, compressors, etc.) 70 High-intensity Particle Accelerator 50 High-intensity pillar development 68 Experimental set-ups 50 TOTAL 280 RUNNING COSTS Salaries 15 Consumables 6 Maintenance costs 5 Travel expenses 2.5 Services 0.5 Utilities, overheads 1 Total RO-ERIC running cost 30 Note: 300 to 350 staff on the Bucharest site
35 ELI Delivery Consortium Kick-off Meeting, Prague, April 16, 2010
36 Letter to funding agencies representatives of ELI-PP July 1, 2010 Dear Madam/Sir, ELI Delivery Consortium On April 16, 2010, the plenipotentiaries for ELI of three countries, Czech Republic, Hungary and Romania, signed the Memorandum of understanding on the establishment and operation of the Extreme Light Infrastructure (MoU). To achieve its basic goal, that is to pave the way to the future European research infrastructure consortium, ELI-ERIC, the Memorandum establishes a new interim operational structure, the ELI Delivery Consortium. The main goal of the ELI Delivery Consortium is the establishment of the ELI-ERIC and the detailed definition of the implementation plan. The signatories of the MoU wish to express the appreciation of the invaluable role of the ELI Preparatory Phase (ELI-PP) in preparing grounds for ELI to become a breakthrough pan-european research infrastructure. The ELI-PP is coming to its end in November We therefore wish to undertake our responsibility in the future development and implementation of ELI. A letter was sent out to funding agencies informing them of the future invitation to join ELI. We will summon a meeting of representatives of funding agencies, prospective members of the ELI Delivery Consortium who have participated in ELI-PP, at the end of this year. Sincerely, Vlastimil RŮŽIČKA Tivadar LIPPÉNYI Nicolae-Victor ZAMFIR, Plenipotentiaries of Czech Republic, Hungary and Romania for the ELI Project
37 ELI- NP White Book Draft documents elaborated at the end of May 2010: The Scientific Case of ELI-NP Laser system for the ELI-NP Gamma source for the ELI-NP White Book Feasibility study & Application for structural funds in Sept. 2010
38 Extreme Light Infrastructure - Nuclear Physics facility (ELI-NP) will consist of two components: - A very high intensity laser, where two 10 PW Apollon type lasers are coherently added to the high intensity of W/cm 2 or electrical fields of V/m. - A very intense (10 13 γ/s), brilliant γ beam, 0.1% bandwidth, with E γ 19 MeV, which is obtained by incoherent Compton back scattering of a laser light off a very brilliant, intense, classical electron beam (E e 600 MeV). The brilliant bunched electron beam will be produced by a worm linac using the X-band technology. ELI-NP will allow either combined experiments between the high-power laser and the γ beam or stand-alone experiments. This infrastructure will create a new European laboratory with a broad range of science covering frontier fundamental physics, new nuclear physics and astrophysics as well as applications in nuclear materials, radioactive waste management, material science and life sciences.
39 ELI NP Laser Architecture ELI-NP Schematic Drawing I > W/cm 2 ELI-NP Laser scheme. FE1, FE2 Font-End based on OPCPA or Ti:sapphire amplification. A1-A5 Ti:sapphire amplifiers.
40 ELI-NP Feasibility Study On September 6, 2010, the Feasibility Study for ELI-NP was approved by the beneficiary (IFIN-HH). It is based on: - ELI-NP White Book - a geotechnical study (drillings up to 50 m deep) - radioprotection calculations - an environment impact study - a cost-benefit analysis The facility (12 ha) will have: - main building for laser, gamma source and interaction rooms (1.2 ha) - offices for 200 persons - canteen for 100 persons - guest house for 30 persons - parking for 200 vehicles - access roads - technical annexes
41 ELI-NP Feasibility Study There will be 8 experimental zones: E1 laser induced nuclear reactions E2 fluorescence nuclear resonance and applications E3 positron source E4/E5 accelerated particle beams induced by high power laser beams (0.1/1 PW, high repetition rate) E6 intense electron and gamma beams induced by ultrahigh power laser beams (> 10 PW) E7 experiments with combined laser and gamma beams E8 nuclear reactions induced by high energy gamma beams
42 ACCESS ROAD LASER LAB S GAMMA + EXP GUEST HOUSE PARKING CANTEEN OFFICES
43
44 GAMMA SOURCE AND INTERACTION ROOMS LASERS LABS
45
46
47
48 Femtosecond Laser Studies and Experiments Micro/nano-technologies (low energy, high repetition rate): -Thin films micro-processing by femtosecond laser ablation - Nano-processing in intensified laser field - Direct laser writing of micro/nanostructures by two-photon photopolymerization - Two-Photon Excited Spectroscopy At higher power femtosecond lasers: - Multiple pulses generation in stretcher-compressor femtosecond laser systems - Simulations and experiments of coherent beam combination - Non-linear propagation of focused ultrashort pulses in air - Theoretical studies of high intensity laser field matter interaction
49 Proton therapy vs. X-rays Left: image of the human brain superimposed with a deposited dose by an X-rays irradiation; right: same, but using protons in proton therapy, the dose is deposited much more locally
50 ELI- NP Thank You!
Extreme Light Infrastructure - Nuclear Physics ELI - NP
Extreme Light Infrastructure - Nuclear Physics ELI - NP Nicolae-Victor Zamfir National Institute for Physics and Nuclear Engineering (IFIN-HH) Bucharest-Magurele, Romania www.eli-np.ro Bucharest-Magurele
More informationGenerare de pulsuri multiple in sisteme laser ultrarapide si aplicatii la laserul cu raze X
EXTREME LIGHT INFRASTRUCTURE - un nou impuls pentru cercetarea stiintifica interdisciplinara - Magurele 17-18 18 Septembrie 2008 Generare de pulsuri multiple in sisteme laser ultrarapide si aplicatii la
More informationRomanian Reports in Physics, Vol. 68, Supplement, P. S5 S10, 2016 INTRODUCTION
Romanian Reports in Physics, Vol. 68, Supplement, P. S5 S10, 2016 INTRODUCTION Ultra-intense laser fields, reaching up to 10 22 W/cm 2, are now able to produce typical radiation formerly used in nuclear
More informationELI-NP Extreme Landscape of Subatomic Physics with High Power Lasers and Gamma beams
ELI-NP Extreme Landscape of Subatomic Physics with High Power Lasers and Gamma beams 1 In the 20 th century Fundamental Research has been carried out and dominated by the Particle-based Paradigm: namely
More informationExtreme Light Road Map
Gérard MOUROU IZEST Ecole Polytechnique IZEST ENABLING TECHNOLOGY Extreme Light Road Map LMJ/NIF, 2MJ, 3B Vacuum Polarization E p =m p c 2 MJ XCELS kj IZEST C 3 TeV GeV ELI, kj.3 B E e =m 0 c 2 J MeV mj
More informationNuclear Science and applications with the next generation of High Power Lasers and Gamma beams
ELI-NP Nuclear Science and applications with the next generation of High Power Lasers and Gamma beams 1 2006 ELI on ESFRI Roadmap Europe has decided to build the highest intensity laser ELI For Extreme
More informationGreetings from Michel Spiro President of CERN Council
Gérard MOUROU IZEST Ecole Polytechnique IZEST ENABLING TECHNOLOGY Greetings from Michel Spiro President of CERN Council As President of the CERN Council, I would like to express our interest and warm support
More informationExtreme Light Infrastructure Nuclear Physics (ELI NP): Present status and perspectives
EPJ Web of Conferences 117, 10001 10001 Extreme Light Infrastructure Nuclear Physics (ELI NP): Present status and perspectives N.V. Zamfir ELI NP, Horia Hulubei National Institute for Physics and Nuclear
More informationIon acceleration and nuclear physics with 10 PW lasers. Paul McKenna University of Strathclyde
Ion acceleration and nuclear physics with 10 PW lasers Paul McKenna University of Strathclyde Talk summary 1. Nuclear activation applied as a diagnostic of laser-plasmas 2. Laser-driven ion acceleration:
More informationCurrent Status of ELI-Beamlines
Current Status of ELI-Beamlines Daniele Margarone RP3 Leader, ELI-Beamlines Institute of Physics of the ASCR Prague, Czech Republic Laser Leptonics with High-intensity Facilities, FNSPE-CTU Prague, 7-8
More informationTransmutation des Déchets Nucléaires
Transmutation des Déchets Nucléaires Presented by Prof. Gérard Mourou Nobel Prize for Physics, 2018 Toshiki Tajaima Gérard Mourou Donna Strickland PRIX NOBEL de PHYSIQUE 2018 How Extreme is Extreme? PETAWATT
More informationHiPER: a laser fusion facility for Europe
HiPER: a laser fusion facility for Europe Prof Mike Dunne Director, Central Laser Facility, Rutherford Appleton Laboratory, UK m.dunne@rl.ac.uk www.hiper-laser.eu We are entering a new era Demonstration
More informationNew Ionizing Sources From Lasers to Particles and Applications
New Ionizing Sources From Lasers to Particles and Applications Philippe Martin CEA/DSM/ IRAMIS- Saclay What is Physics at High Intensity? P= 4x10 26 W 10 m 2 J 20 fs I= 10 20 W/cm 2 I = coupling between
More informationGeneration and application of ultra-short high-intensity laser pulses
Generation and application of ultra-short high-intensity laser pulses J. Limpouch Czech Technical University in Prague, Faculty of Nuclear Sciences and Physical Engineering, Department of Physical Electronics
More informationNuclear Science with High Intensity Lasers
Nuclear Science with High Intensity Lasers Dr. Tomaž Žagar GEN energija, d.o.o. Krško, Slovenija Jožef Stefan Institute, Reactor Physics Department, Ljubljana, Slovenija European Commission, Joint Research
More informationExtreme Light Infrastructure ELI. Recommended to be on the ESFRI Road Map
Extreme Light Infrastructure ELI Recommended to be on the ESFRI Road Map ELI Centered around an Exawatt class Laser Few kj.~10fs, >1sh/mn) Modular: 1) front end at 100Hz-kHz, 5fs-5J, PW level, 2) Last
More informationLaser and Plasma-based Nanotechnologies
Simpozionul: De la excelenta la competitivitate: tehnologiile generice esentiale Aula Academiei Romane, Bucuresti 15 mai 2014. Laser and Plasma-based Nanotechnologies Marian ZAMFIRESCU National Institute
More informationLaser Ion Acceleration: Status and Perspectives for Fusion
Laser Ion Acceleration: Status and Perspectives for Fusion Peter G. Thirolf, LMU Munich Outline: laser-particle acceleration fission-fusion mechanism: with ultra-dense ion beams towards r-process path
More informationFrench-Ukrainian workshop Kevin Dupraz 1 ELI-NP-GBS. Extreme Light Infrastructure Nuclear Physics Gamma Beam Source
1 ELI-NP-GBS Extreme Light Infrastructure Nuclear Physics Gamma Beam Source The 3 ELI s pillars 2 ELI-Beamlines In Czech Republic: Ultra-short and intense beams for interdisciplinary applications. ELI-NP
More informationWHAT IS SILMI? SILMI is a Research Networking Programme of the European Science Foundation ( ESF ) in the Physical and Engineering Sciences ( PESC ).
THE SILMI PROGRAMME WHAT IS SILMI? SILMI is a Research Networking Programme of the European Science Foundation ( ESF ) in the Physical and Engineering Sciences ( PESC ). Full title: «Super-Intense Laser-Matter
More informationUltrafast Radiation Chemistry and the Development of Laser Based Electron Sources*
Ultrafast Radiation Chemistry and the Development of Laser Based Electron Sources* Robert A. Crowell Chemistry Division Argonne National Laboratory International Conference on Transient Chemical Structures
More informationIntroduction to intense laser-matter interaction
Pohang, 22 Aug. 2013 Introduction to intense laser-matter interaction Chul Min Kim Advanced Photonics Research Institute (APRI), Gwangju Institute of Science and Technology (GIST) & Center for Relativistic
More informationPhysics studies with brilliant narrow-width γ -beams at the new ELI-NP Facility
PRAMANA c Indian Academy of Sciences Vol. 83, No. 5 journal of November 2014 physics pp. 713 718 Physics studies with brilliant narrow-width γ -beams at the new ELI-NP Facility DIMITER L BALABANSKI and
More informationExperiments with combined laser and gamma beams at ELI-NP
EUROPEAN UNION GOVERNMENT OF ROMANIA Sectoral Operational Programme Increase of Economic Competitiveness Investments for Your Future Structural Instruments 2007-2013 Extreme Light Infrastructure Nuclear
More informationImplementation status of the extreme light infrastructure - nuclear physics (ELI-NP) project
Implementation status of the extreme light infrastructure - nuclear physics (ELI-NP) project S. Gales, and N. V. Zamfir Citation: AIP Conference Proceedings 1645, 201 (2015); View online: https://doi.org/10.1063/1.4909576
More informationLaser-based acceleration for nuclear physics experiments at ELI-NP
EPJ Web of Conferences 117, (2016) Laser-based acceleration for nuclear physics experiments at ELI-NP O. Tesileanu, Th. Asavei, I. Dancus, S. Gales, F. Negoita, I.C.E. Turcu, D. Ursescu and N.V. Zamfir
More informationNuclear astrophysics at ELI NP or «conditions created by one ExtremeLy hot Infrastructure for Nuclear astrophysics»
Nuclear astrophysics at ELI NP or «conditions created by one ExtremeLy hot Infrastructure for Nuclear astrophysics» Livius Trache with material from N.V. Zamfir, I.I. Ursu, P. Thirolfs, ELI NP workshops
More informationExawatt Center for Extreme Light Studies Project (XCELS)
Exawatt Center for Extreme Light Studies Project (XCELS) A.G. Litvak, E.A. Khazanov, A.M. Sergeev Institute of Applied Physics of the Russian Academy of Sciences Nizhny Novgorod, Russia XCELS- EXawatt
More informationCILEX-APOLLON. Centre Interdisciplinaire de Lumiere EXtreme Interdisciplinary Center for Extreme Light
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
More informationConstruction of a 100-TW laser and its applications in EUV laser, wakefield accelerator, and nonlinear optics
Construction of a 100-TW laser and its applications in EUV laser, wakefield accelerator, and nonlinear optics Jyhpyng Wang ( ) Institute of Atomic and Molecular Sciences Academia Sinica, Taiwan National
More informationLaser-driven X-ray sources: realization and future trends
Laser-driven X-ray sources: realization and future trends Patrick Audebert, Julien Gautier, Fabien Quéré, Rodrigo Lopez-Martens, Le Thi Thu Thuy, Philippe Martin, Hamed Merdji, Pascal Monot, Eduardo Oliva,
More informationPhotoneutron reactions studies at ELI-NP using a direct neutron multiplicity sorting method Dan Filipescu
EUROPEAN UNION GOVERNMENT OF ROMANIA Sectoral Operational Programme Increase of Economic Competitiveness Investments for Your Future Structural Instruments 2007-2013 Extreme Light Infrastructure Nuclear
More informationBIG A Gamma Ray Source at FACET-II
BIG A Gamma Ray Source at FACET-II Laser-Driven Radiation Sources for Nuclear Applications, GWU, December 13-15, 2015 Carsten Hast SLAC Outline FACET-II in a Nutshell BIG: Beams of Intense Gamma-Rays at
More informationHigh-energy collision processes involving intense laser fields
High-energy collision processes involving intense laser fields Carsten Müller Max Planck Institute for Nuclear Physics, Theory Division (Christoph H. Keitel), Heidelberg, Germany EMMI Workshop: Particle
More informationICAN-B International Coherent Amplifying Network Building the Case for a H2020 Future Emerging Technology Project
ICAN-B International Coherent Amplifying Network Building the Case for a H2020 Future Emerging Technology Project Gérard Mourou Building the Case for ICAN-FET OPEN The conclusion of our work-study conducted
More informationDevelopment of a table top TW laser accelerator for medical imaging isotope production
Development of a table top TW laser accelerator for medical imaging isotope production R U I Z, A L E X A N D R O 1 ; L E R A, R O B E R T O 1 ; T O R R E S - P E I R Ó, S A LVA D O R 1 ; B E L L I D O,
More informationThe Lund Attosecond Science Centre in the MEDEA network PER THE MEDEA KICK-OFF MEETING, BERLIN, JANUARY 2015
The Lund Attosecond Science Centre in the MEDEA network PER JOHNSSON @ THE MEDEA KICK-OFF MEETING, BERLIN, JANUARY 2015 Lund University Founded in 1666 47 700 students (individuals) 7 500 employees - 840
More informationERL FACILITY AT CERN FOR APPLICATIONS
ERL FACILITY AT CERN FOR APPLICATIONS Erk Jensen (CERN) Big thanks to contributors: A. Bogacz (JLAB), O. Brüning, R. Calaga, V. Chetvertkova, E. Cormier (CELIA), R. Jones, M. Klein, A. Valloni, D. Pellegrini,
More informationX-ray Free-electron Lasers
X-ray Free-electron Lasers Ultra-fast Dynamic Imaging of Matter II Ischia, Italy, 4/30-5/3/ 2009 Claudio Pellegrini UCLA Department of Physics and Astronomy Outline 1. Present status of X-ray free-electron
More informationRelativistic Laser Plasma Research performed with PW Lasers
APLS 2014.4.21. Relativistic Laser Plasma Research performed with PW Lasers Chang Hee Nam 1,2 1 Center for Relativistic Laser Science (CoReLS), Institute for Basic Science (IBS), Korea; 2 Dept of Physics
More informationHow to Prepare an Experiment using the Gamma Beam System at ELI-NP
EUROPEAN UNION GOVERNMENT OF ROMANIA Structural Instruments 2007-2013 Project co-financed by the European Regional Development Fund How to Prepare an Experiment using the Gamma Beam System at ELI-NP Catalin
More informationChina high-intensity accelerator technology developments for Neutron Sources & ADS
AT/INT-04 China high-intensity accelerator technology developments for Neutron Sources & ADS J. Wei, Tsinghua University, China S.N. Fu, IHEP, CAS, China International Topical Meeting on Nuclear Research
More informationVELA/CLARA as Advanced Accelerator Studies Test-bed at Daresbury Lab.
VELA/CLARA as Advanced Accelerator Studies Test-bed at Daresbury Lab. Yuri Saveliev on behalf of VELA and CLARA teams STFC, ASTeC, Cockcroft Institute Daresbury Lab., UK Outline VELA (Versatile Electron
More informationX-Rays From Laser Plasmas
X-Rays From Laser Plasmas Generation and Applications I. C. E. TURCU CLRC Rutherford Appleton Laboratory, UK and J. B. DANCE JOHN WILEY & SONS Chichester New York Weinheim Brisbane Singapore Toronto Contents
More informationFLASH overview. Nikola Stojanovic. PIDID collaboration meeting, Hamburg,
FLASH overview Nikola Stojanovic PIDID collaboration meeting, Hamburg, 16.12.2011 Outline Overview of the FLASH facility Examples of research at FLASH Nikola Stojanovic PIDID: FLASH overview Hamburg, December
More informationUniversity of Alberta And. Edmonton, November 4, 2017
Laser Fusion in Canada Robert Fedosejevs Department of Electrical and Computer Engineering University of Alberta And Alberta/Canada Fusion Technology Alliance Presented at the Fusion Forum Edmonton, November
More information1 Mathematical description of ultrashort laser pulses
1 Mathematical description of ultrashort laser pulses 1.1 We first perform the Fourier transform directly on the Gaussian electric field: E(ω) = F[E(t)] = A 0 e 4 ln ( t T FWHM ) e i(ω 0t+ϕ CE ) e iωt
More informationProton acceleration in thin foils with micro-structured surface
Proton acceleration in thin foils with micro-structured surface J. Pšikal*, O. Klimo*, J. Limpouch*, J. Proška, F. Novotný, J. Vyskočil Czech Technical University in Prague, Faculty of Nuclear Sciences
More informationDamage to Molecular Solids Irradiated by X-ray Laser Beam
WDS'11 Proceedings of Contributed Papers, Part II, 247 251, 2011. ISBN 978-80-7378-185-9 MATFYZPRESS Damage to Molecular Solids Irradiated by X-ray Laser Beam T. Burian, V. Hájková, J. Chalupský, L. Juha,
More informationFemtosecond laser microfabrication in. Prof. Dr. Cleber R. Mendonca
Femtosecond laser microfabrication in polymers Prof. Dr. Cleber R. Mendonca laser microfabrication focus laser beam on material s surface laser microfabrication laser microfabrication laser microfabrication
More informationpotentially compress greater than 100kJ to the femtosecond regime paving the way to the exawatt-zettawatt regime and laser based particle physics.
IZEST Vision: Laser-driven Fundamental Particle Physics Paradigm T. Tajima and G. Mourou International Center for Zetta- Exawatt Science and Technology (1) Scope of Highest Intensity Lasers The laser aspires
More informationTeV Acceleration. in a Tiny Chip. T. Tajima, UCI and IZEST
TeV Acceleration in a Tiny Chip IZEST Romanian Embassy, Paris,Sept. 18, 2014 T. Tajima, UCI and IZEST Acknowledgments for Collaboration: G. Mourou, N. Naumova, K. Nakajima, S. Bulanov, A. Suzuki, T. Ebisuzaki,
More informationHigh-power lasers and their use for science and society
High-power lasers and their use for science and society Julien Fuchs 1,2 Жюльен Фукс 1,2 julien.fuchs@polytechnique.fr 1 LULI, École Polytechnique, CNRS, CEA, UPMC, 91128 Palaiseau, France 2 Institute
More informationLetter of Intent: Nuclear Fusion Reactions from laser-accelerated fissile ion beams
Letter of Intent: Nuclear Fusion Reactions from laser-accelerated fissile ion beams Peter G. Thirolf, LMU Munich D. Habs, H. Ruhl, J. Schreiber, LMU Munich, MPQ Garching T. Dickel, H. Geissel, W. Plass,
More informationTHz Electron Gun Development. Emilio Nanni 3/30/2016
THz Electron Gun Development Emilio Nanni 3/30/2016 Outline Motivation Experimental Demonstration of THz Acceleration THz Generation Accelerating Structure and Results Moving Forward Parametric THz Amplifiers
More informationA laser-driven source to reproduce the space radiation environment. José Manuel Álvarez
A laser-driven source to reproduce the space radiation environment José Manuel Álvarez jmalvarez@clpu.es Spanish Center for Pulsed Lasers (CLPU by its Spanish initials) Unique Research and Technology Infrastructures
More informationRobust energy enhancement of ultra-short pulse laser accelerated protons from reduced mass targets
Robust energy enhancement of ultra-short pulse laser accelerated protons from reduced mass targets K. Zeil, J. Metzkes, T. Kluge, M. Bussmann, T. E. Cowan, S. D. Kraft, R. Sauerbrey, B. Schmidt, M. Zier,
More informationUltrafast X-Ray-Matter Interaction and Damage of Inorganic Solids October 10, 2008
Ultrafast X-Ray-Matter Interaction and Damage of Inorganic Solids October 10, 2008 Richard London rlondon@llnl.gov Workshop on Interaction of Free Electron Laser Radiation with Matter Hamburg This work
More informationThe MID instrument.
The MID instrument International Workshop on the Materials Imaging and Dynamics Instrument at the European XFEL Grenoble, Oct 28/29, 2009 Thomas Tschentscher thomas.tschentscher@xfel.eu Outline 2 History
More informationExtreme Light Infrastructure Romania, ELI-RO
Extreme Light Infrastructure Romania, ELI-RO Silviu Olariu National Institute for Physics and Nuclear Engineering, Magurele, Romania 22 March 2010 European Strategy Forum on Research Infrastructures (ESFRI)
More informationExawatt Science and Technology
Sept. 5, 2011 IZEST International Center for Zetta Exawatt Science and Technology Toshiki Tajima and Gerard Mourou IZEST IZEST s Mission: Responding to Suzuki s Challenge New Paradigm PeV Leptogenesis
More informationOptical and Photonic Glasses. Lecture 30. Femtosecond Laser Irradiation and Acoustooptic. Professor Rui Almeida
Optical and Photonic Glasses : Femtosecond Laser Irradiation and Acoustooptic Effects Professor Rui Almeida International Materials Institute For New Functionality in Glass Lehigh University Femto second
More informationR&D experiments at BNL to address the associated issues in the Cascading HGHG scheme
R&D experiments at BNL to address the associated issues in the Cascading HGHG scheme Li Hua Yu for DUV-FEL Team National Synchrotron Light Source Brookhaven National Laboratory FEL2004 Outline The DUVFEL
More informationFiber Gratings p. 1 Basic Concepts p. 1 Bragg Diffraction p. 2 Photosensitivity p. 3 Fabrication Techniques p. 4 Single-Beam Internal Technique p.
Preface p. xiii Fiber Gratings p. 1 Basic Concepts p. 1 Bragg Diffraction p. 2 Photosensitivity p. 3 Fabrication Techniques p. 4 Single-Beam Internal Technique p. 4 Dual-Beam Holographic Technique p. 5
More informationPRINCETON PLASMA PHYSICS LABORATORY PRINCETON UNIVERSITY, PRINCETON, NEW JERSEY
PREPARED FOR THE U.S. DEPARTMENT OF ENERGY, UNDER CONTRACT DE-AC0-76CH03073 PPPL-3474 UC-70 PPPL-3474 Pulse Compression in Plasma: Generation of Femtosecond Pulses Without CPA by G. Shvets, N.J. Fisch,
More informationNuclear Instruments and Methods in Physics Research A
Nuclear Instruments and Methods in Physics Research A 720 (2013) 95 99 Contents lists available at SciVerse ScienceDirect Nuclear Instruments and Methods in Physics Research A journal homepage: www.elsevier.com/locate/nima
More informationGamma beam system at ELI-NP
Gamma beam system at ELI-NP Calin Alexandru Ur Citation: AIP Conference Proceedings 1645, 237 (2015); doi: 10.1063/1.4909580 View online: http://dx.doi.org/10.1063/1.4909580 View Table of Contents: http://scitation.aip.org/content/aip/proceeding/aipcp/1645?ver=pdfcov
More informationLong Range Plan Perspectives of Nuclear Physics in Europe. Günther Rosner IUPAP WG.9, Cambridge MA USA, 24/7/11 1
Long Range Plan 2010 Perspectives of Nuclear Physics in Europe Günther Rosner IUPAP WG.9, Cambridge MA USA, 24/7/11 1 Objectives Review status of the field Issue recommendations to advance The science
More informationCan the Futur of Accelerator Be Fibers?
Can the Futur of Accelerator Be Fibers? The discovery of this particle is potentially the beginning of another road, which is to explore what lies beyond the Standard Model - Peter Higgs Gerard Mourou
More informationUndulator radiation from electrons randomly distributed in a bunch
Undulator radiation from electrons randomly distributed in a bunch Normally z el >> N u 1 Chaotic light Spectral property is the same as that of a single electron /=1/N u Temporal phase space area z ~(/
More informationInvestigation of dose rate effects in radiation chemistry with laser-driven pulsed sources at ELI Beamlines
Investigation of dose rate effects in radiation chemistry with laser-driven pulsed sources at ELI Beamlines Martin PŘEČEK, Ph.D. ELI Beamlines Research program 4 Applications Institute of Physics (FZÚ),
More informationSHIELDING CALCULATIONS FOR THE HARD X-RAY GENERATED BY LCLS MEC LASER SYSTEM R. QIU, J. C. LIU, S. H. ROKNI AND A. A. PRINZ
SLAC-PUB-14159 SHIELDING CALCULATIONS FOR THE HARD X-RAY GENERATED BY LCLS MEC LASER SYSTEM R. QIU, J. C. LIU, S. H. ROKNI AND A. A. PRINZ SLAC National Accelerator Laboratory: 2575 Sand Hill Road, Menlo
More informationResearch Laboratory for Quantum Beam Science
L band Linac 60 Co γ ray irradiation facility Research Laboratory for Quantum Beam Science http://www.sanken.osaka u.ac.jp/labs/rl/ S band Laser Photocathode RF Linac ISIR, Osaka University 150 MeV S band
More informationExtreme Light Infrastructure Nuclear Physics
EUROPEAN UNION GOVERNMENT OF ROMANIA Sectoral Operational Programme Increase of Economic Competitiveness Investments for Your Future Structural Instruments 2007-2013 Extreme Light Infrastructure Nuclear
More informationDevelopments for the FEL user facility
Developments for the FEL user facility J. Feldhaus HASYLAB at DESY, Hamburg, Germany Design and construction has started for the FEL user facility including the radiation transport to the experimental
More informationSPARCLAB. Source For Plasma Accelerators and Radiation Compton with Laser And Beam
SPARCLAB Source For Plasma Accelerators and Radiation Compton with Laser And Beam EMITTANCE X X X X X X X X Introduction to SPARC_LAB 2 BRIGHTNESS (electrons) B n 2I nx ny A m 2 rad 2 The current can be
More informationLecture 1. Introduction
Preparation of the concerned sectors for educational and R&D activities related to the Hungarian ELI project Ion acceleration in plasmas Lecture 1. Introduction Dr. Ashutosh Sharma Zoltán Tibai 1 Contents
More informationBeam manipulation with high energy laser in accelerator-based light sources
Beam manipulation with high energy laser in accelerator-based light sources Ming-Chang Chou High Brightness Injector Group FEL winter school, Jan. 29 ~ Feb. 2, 2018 Outline I. Laser basic II. III. IV.
More informationTime resolved optical spectroscopy methods for organic photovoltaics. Enrico Da Como. Department of Physics, University of Bath
Time resolved optical spectroscopy methods for organic photovoltaics Enrico Da Como Department of Physics, University of Bath Outline Introduction Why do we need time resolved spectroscopy in OPV? Short
More informationX ray and XUV phase contrast diagnostics for ELI NP
X ray and XUV phase contrast diagnostics for ELI NP D. Stutman 1,2, F. Negoita 1 and D. Ursescu 1 1 ELI NP, Bucharest Magurele, Romania 2 Johns Hopkins University, Baltimore, USA CARPATHIAN SUMMER SCHOOL
More informationCoherent THz Pulses: Source and Science at the NSLS
Coherent THz Pulses: Source and Science at the NSLS H. Loos, B. Sheehy, D. Arena, J.B. Murphy, X.-J. Wang and G. L. Carr Brookhaven National Laboratory carr@bnl.gov http://www.nsls.bnl.gov http://infrared.nsls.bnl.gov
More informationReport on the XFEL STI Round Table Workshop
Report on the XFEL STI Round Table Workshop June 22-24th, 2004 background workshop XFEL preparatory phase Jochen R. Schneider DESY Approaching the European XFEL Facility Steering Committee chairman: H.
More informationSpawning Neutrons, Protons, Electrons and Photons from Universities to Society
Spawning Neutrons, Protons, Electrons and Photons from Universities to Society Chuanxiang Tang* *Tang.xuh@tsinghua.edu.cn Department of Engineering Physics, Tsinghua U. UCANS-I, THU, Beijing, Aug. 16,
More informationNonlinear Optics (WiSe 2016/17) Lecture 9: December 16, 2016 Continue 9 Optical Parametric Amplifiers and Oscillators
Nonlinear Optics (WiSe 2016/17) Lecture 9: December 16, 2016 Continue 9 Optical Parametric Amplifiers and Oscillators 9.10 Passive CEP-stabilization in parametric amplifiers 9.10.1 Active versus passive
More informationLooking into the ultrafast dynamics of electrons
Looking into the ultrafast dynamics of electrons G. Sansone 1,2,3 1) Dipartimento di Fisica Politecnico Milano, Italy 2) Institute of Photonics and Nanotechnology, CNR Politecnico Milano Italy 3) Extreme
More informationStatus of the Project PLASMONX and the Experiment LILIA
Status of the Project PLASMONX and the Experiment LILIA Luca Serafini - INFN/Mi and INFN/LNF High Brightness Photoinjector SPARC High Intensity (5 J, 300 TW) laser FLAME both running at INFN-LNF Advanced
More informationThe Gamma Factory proposal for CERN
The Gamma Factory proposal for CERN Photon-2017 Conference, May 2017 Mieczyslaw Witold Krasny LPNHE, CNRS and University Paris Sorbonne 1 The Gamma Factory in a nutshell Accelerate and store high energy
More informationMicrofabricação em materiais poliméricos usando laser de femtossegundos
Microfabricação em materiais poliméricos usando laser de femtossegundos Prof. Cleber R. Mendonça http://www.fotonica.ifsc.usp.br University of Sao Paulo - Brazil students 77.000 52.000 undergrad. 25.000
More informationStudy on Bose-Einstein Condensation of Positronium
Study on Bose-Einstein Condensation of Positronium K. Shu 1, T. Murayoshi 1, X. Fan 1, A. Ishida 1, T. Yamazaki 1,T. Namba 1,S. Asai 1, K. Yoshioka 2, M. Kuwata-Gonokami 1, N. Oshima 3, B. E. O Rourke
More informationCEA INVOLVEMENT IN FRENCH LASER SCIENCE
CEA INVOLVEMENT IN FRENCH LASER SCIENCE JEAN-PAUL DURAUD DEPUTY DIRECTOR PHYSICAL SCIENCE DIVISION PAGE 1 OUTLINE Introduction: Laser science within the general objectives of the CEA International context
More informationSLAC National Accelerator Laboratory. Persis S. Drell Director August 30, 2010
SLAC National Accelerator Laboratory Persis S. Drell Director August 30, 2010 SLAC Mission Explore the ultimate structure and dynamics of matter in the domains of energy, space and time at the smallest
More informationUltrafast nanoscience with ELI ALPS
Ultrafast nanoscience with ELI ALPS Péter Dombi Wigner Research Centre for Physics, Budapest & Max Planck Institute of Quantum Optics, Garching Overview ultrafast (femtosecond/attosecond) dynamicsin metal
More informationVisualization of Xe and Sn Atoms Generated from Laser-Produced Plasma for EUV Light Source
3rd International EUVL Symposium NOVEMBER 1-4, 2004 Miyazaki, Japan Visualization of Xe and Sn Atoms Generated from Laser-Produced Plasma for EUV Light Source H. Tanaka, A. Matsumoto, K. Akinaga, A. Takahashi
More informationThe Extreme Light Infrastructure Nuclear Physics Facility (ELI-NP): Project implementation and overview of the scientific program
The Extreme Light Infrastructure Nuclear Physics Facility (ELI-NP): Project implementation and overview of the scientific program S.GALES 1, 2 and the ELI-NP team 1 Extreme Light Infrastructure Nuclear
More informationWorking Group 8 Laser Technology for Laser-Plasma Accelerators Co-leaders Bill White & Marcus Babzien
Working Group 8 Laser Technology for Laser-Plasma Accelerators Co-leaders Bill White & Marcus Babzien Working Group 8: Overview Relatively small group this year: 8 oral / 3 poster presentations For 2016
More informationThe spectrum of electromagnetic waves stretches from radio waves to gamma rays (Fig. VIII-1).
VIII. Ultrafast Optics Introduction Coherent light The spectrum of electromagnetic waves stretches from radio waves to gamma rays (Fig. VIII-1). Fig. VIII-1 Thanks to their long wavelengths, radio waves
More informationSIMULATION OF LASER INDUCED NUCLEAR REACTIONS
NUCLEAR PHYSICS SIMULATION OF LASER INDUCED NUCLEAR REACTIONS K. SPOHR 1, R. CHAPMAN 1, K. LEDINGHAM 2,3, P. MCKENNA 2,3 1 The Institute of Physical Research, University of Paisley, Paisley PA1 2BE, UK
More informationThe Second Half Year 2017 PAL-XFEL Call for Proposals
The Second Half Year 2017 PAL-XFEL Call for Proposals Summary Information for Submitting Proposals We encourage scientists from all over the world to submit applications for beam time proposal to utilize
More informationPhotofission of 238-U Nuclei
Photofission of 238-U Nuclei International Thorium Energy Conference - ThEC18, 29-31st of October 2018, Belgium İsmail Boztosun This research has been supported by TÜBİTAK with grant number 114F220 Motivations
More informationLASER-COMPTON SCATTERING AS A POTENTIAL BRIGHT X-RAY SOURCE
Copyright(C)JCPDS-International Centre for Diffraction Data 2003, Advances in X-ray Analysis, Vol.46 74 ISSN 1097-0002 LASER-COMPTON SCATTERING AS A POTENTIAL BRIGHT X-RAY SOURCE K. Chouffani 1, D. Wells
More information