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physics.ins-detJan 4, 2022
authors
  • F. Negoita
  • M. Roth
  • P. G. Thirolf
  • S. Tudisco
  • F. Hannachi
  • S. Moustaizis
  • I. Pomerantz
  • P. Mckenna
  • J. Fuchs
  • K. Sphor
  • G. Acbas
  • A. Anzalone
  • P. Audebert
  • S. Balascuta
  • F. Cappuzzello
  • M. O. Cernaianu
  • S. Chen
  • I. Dancus
  • R. Freeman
  • H. Geissel
  • P. Ghenuche
  • L. Gizzi
  • F. Gobet
  • G. Gosselin
  • M. Gugiu
  • D. Higginson
  • E. D¶Humiêres
  • C. Ivan
  • D. Jaroszynski
  • S. Kar
  • L. Lamia
  • V. Leca
  • L. Neagu
  • G. Lanzalone
  • V. Meot
  • S. R. Mirfayzi
  • I. O. Mitu
  • P. Morel
  • C. Murphy
  • C. Petcu
  • H. Petrascu
  • C. Petrone
  • P. Raczka
  • M. Risca
  • F. Rotaru
  • J. J. Santos
  • D. Schumacher
  • D. Stutman
  • M. Tarisien
  • M. Tataru
  • B. Tatulea
  • I. C. E. Turcu
  • M. Versteegen
  • D. Ursescu
  • S. Gales
  • N. V. Zamfir
arXiv abstract →PDF →
paper

Laser Driven Nuclear physics at ELINP

arXiv:2201.01068

Abstract

High power lasers have proven being capable to produce high energy gamma rays, charged particles and neutrons to induce all kinds of nuclear reactions. At ELI, the studies with high power lasers will enter for the first time into new domains of power and intensities.

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