List of the invited speakers
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F. Amiranoff
(Ec. Polytechique, France)
Electron transport and target heating in high-intensity laser-matter
interaction experiments
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Ph. Balcou (LOA-ENSTA, France)
Neutron generation by laser irradiation of CD4 clusters
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R. Bartels
(JILA - University of Colorado, USA)
Coherent control of atoms and molecules in the high field regime
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A. Borisov (University of
Ilinois at Chicago, USA)
Ultra-bright multi-keV X-ray source for biological microholography
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S.V. Bulanov
(GPI-RAS, Moscow, Russia)
Relativistic interaction of ultrashort laser pulses with plasmas
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J.P. Chambaret
(LOA-ENSTA, France)
Superstrong pulses lasers delivering at 10 Hz intensities as high as
1021 W/cm2: present status and bottlenecks for the future
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P. Chen
(SLAC, USA)
Laboratory astrophysics using high intensity particle and photon beams
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T. Ditmire
(University of Texas, USA)
Fusion yield optimization in plasmas of exploding deuterium clusters
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N. Fisch (PPPL, USA)
Compression of intense laser pulses in plasma
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V. Gordienko
(Moscow State University, Russia)
Nuclear processes in plasma produced by femtosecond laser pulses at subrelativistic intensities
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D. Habs
(Muenchen University, Germany)
Laser acceleration obtaining monochromatic particle beams, new beam handling techniques and crystalline ion beams
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M. Hentschel
(Technical University of Vienna, Austria)
Towards attosecond metrology
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Ch. Joachain
(Universite' Libre de Bruxelles)
Non-dipole and relativistic effects in laser-atom interactions
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Ch. Keitel
(Freiburg University, Germany)
Relativistic interaction of short laser pulses with multiply charged ions and crystals
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J. Koga
(JAERI, Japan)
Relativsitic self-focusing of ultraintense laser pulses and ion acceleration
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K. Krushelnick
(Imperial College, UK)
Nuclear diagnostics of ultra-intense laser interactions with matter
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E. Liang
(Rice University, USA)
Generation and astrophysics applications of relativistic plasmas with
ultra-intense lasers
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A. Macchi
(Pisa University, Italy)
Surface effects in laser interaction with overdense plasmas
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V. Malka
(LULI, Ecole Polytechnique, France)
Overview of laser-particle acceleration in an underdense plasma
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P. Mora
(Ecole Polytechnique, France)
Interaction of ultra intense laser pulse with plasmas
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G. Mourou
(University of Michigan, USA)
Relativistic nonlinear optics in the single cycle and single wavelength limits
at kHz repetition rate
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K. Nakajima
(KEK, Japan)
Super-high energy super-intense particle physics by super-strong laser-matter interactions
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M. Nisoli
(Polytechnic of Milan, Italy)
High order harmonic generation in the few optical cycle regime
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I. Pogorelsky
(BNL, USA)
Strong-field physics with mid-infrared lasers
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I. Ross
(CLF-RAL, UK)
Current status and future prospects for OPCPA
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M. Roth
(GSI, Darmstadt, Germany)
Intense ion beams accelerated by ultra-intense laser pulses
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H. Ruhl
(Max-Born Institute, Berlin, Germany)
3D PIC simulations of proton imaging of plasma perturbations
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A. Sergeev
(IAP-RAS, N. Novgorod, Russia)
X-Ray pulse train generation by long-lived atoms and ions in superintense laser field
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G. Shvetz
(PPPL, USA)
Excitation of accelerating plasma waves by counter-propagating
laser beams
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T. Taguchi
(Setsunan University, Japan)
Structure formation, tearing and merging of relativistic electron beam propagating through a laser produced plasma
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T. Tajima
(University of Texas/LLNL, USA)
Superhigh field science: applications to high energy physics
and extreme astrophysical conditions
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D. Umstadter
(University of Michigan, USA)
Developments in relativistic nonlinear optics
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D. von der Linde
(Essen University, Germany)
Femtosecond time-resolution in X-ray spectroscopy
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C.-G. Wahlstrom
(Lund University of Technology, Sweden)
Influence of laser pulse duration on relativistic channels
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J. Witte
(Max-Planck Institute, Garching, Germany)
Hot, solid state aluminum plasmas, positrons and neutrons
generated with the Garching laser facility ATLAS
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K. Yamakawa (JAERI, Japan)
Status and future developments of ultrahigh intensity lasers at JAERI
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K. Yamanouchi
(Department of Chemistry, Tokyo University, Japan)
Dynamics of molecules in intense laser light fields:
new research direction