User account menu

  • Log in
Home
Theoretical Spectroscopy Group

Main navigation

  • Home
  • People
    • Andrea Cucca
    • Christine Giorgetti
    • Francesco Sottile
    • Lucia Reining
    • Matteo Gatti
    • Valerie Veniard
    • Vitaly Gorelov
      • Fatema Mohamed
      • Kevin Leveque-Simon
      • Felana Andriambelaza
      • Maram Ali Ahmed Musa
      • Sarbajit Dutta
      • Marc Aichner
      • Carlos Rodriguez Perez
      • Jean Goossaert
      • Niklas Penner
    • Former Members
  • How to Reach Us
  • Research
    • Strong Correlation
    • Plasmons and EELS
    • Developments in TDDFT
    • Excitons and Exciton Dispersion
    • Larger Public
    • Low dimensional materials
    • Non-linear Optics
    • Scientific goals and main achievements
    • Theory Developments
    • Software
    • Publications
    • Thesis
  • Training
  • ETSF Events

STABILIZATION OF ATOMS IN SUPERINTENSE LASER FIELDS - ROLE OF THE COULOMB SINGULARITY

Breadcrumb

  • Home
  • STABILIZATION OF ATOMS IN SUPERINTENSE LASER FIELDS - ROLE OF THE COULOMB SINGULARITY
Author
T MENIS
Richard Taïeb
Valérie Véniard
Alfred Maquet
Keywords
non-Palaiseau
paper
Abstract

We analyse, with the help of 1D and 3D classical simulations, the role of the Coulomb singularity in the dynamics of an atom submitted to a very strong laser pulse. In particular, we show that stabilization is more easily observed when dealing with smooth potentials.

Year of Publication
1992
Journal
JOURNAL OF PHYSICS B-ATOMIC MOLECULAR AND OPTICAL PHYSICS
Volume
25
Number of Pages
L263-L268
Date Published
JUN 14
ISSN Number
0953-4075
Download citation
  • Google Scholar
  • BibTeX
  • RIS

Developed & Designed by Alaa Haddad. Customized by ETSF Palaiseau © 2025.