Atomic stabilization is a highlight of superintense laser–atom physics. A wealth of
information has been gathered on it; established physical concepts have been revised in the …

This book presents and describes a series of unusual and striking strong-field phenomena
concerning atoms and free electrons. Some of these phenomena are: multiphoton …

We discuss a method of solving the time-dependent Schrödinger equation for atoms with
two active electrons in a strong laser field, which we used in a previous paper [A. Scrinzi and …

One-photon ionization from the 6s27d 1 D 2 state in barium is measured with short (0.25–2.7
ps), high-intensity laser pulses. Fermi's golden rule predicts that only the fluence (time …

We develop a theoretical formalism that provides a powerful tool for the detailed numerical
analysis of the interaction of three-dimensional (as well as one-dimensional model) …

Atomic stabilization is a universal phenomenon that occurs when atoms interact with intense
and high-frequency laser fields. In this work, we systematically study the influence of the …

We study the ionization of atomic hydrogen by a high-frequency circularly polarized field. We
solve numerically the time-dependent Schrödinger equation for the atomic wave function …

We discuss atomic stabilization in the process of resonance ionization via Rydberg states.
We show that a strong resonance interaction between Rydberg states and a low-lying state …

The dissociation of a diatomic ion in an intense laser field is studied using a one‐
dimensional model with a Morse function representing the nuclear interaction potential, and …

Multielectron stabilization of atoms in a laser field: Classical perspective Page 1 PHYSICAL
REVIEW A VOLUME 49, NUMBER 2 FEBRUARY 1994 Multielectron stabilization of atoms …