The advances in femtosecond Ti-sapphire laser technology have led to the discovery of a
profusion of new physics. This review starts with a brief historical account of the …

Strong-field ionization and Rydberg-state excitation (RSE) near the continuum threshold
exhibit two phenomena that have attracted a lot of recent attention: the low-energy structure …

The evolution of the electron energy distribution function in a plasma channel in a xenon
plasma at atmospheric pressure created by radiation of a KrF femtosecond laser has been …

The dynamics of a model silver atom in the strong radiation field of a Ti: sapphire laser is
studied in the Keldysh parameter regions γ⩾ 1 and γ⩽ 1. It is found that in the entire range of …

This review contains theoretical study of nonresonant quantum electrodynamics processes
of the first and second orders in the fine-structure constant in a pulsed laser field. The …

We calculated photoelectron energy and momentum spectra and the population of high
Rydberg states of lithium atoms by intense 785 nm laser pulses at intensities in the over-the …

New important physics of laser–atom interaction is found out and discussed in the case of
ultrashort duration of lowfrequency laser pulses. Several types of interference effects are …

Resonant scattering of a photon by an electron in the presence of the moderately strong field
of the circularly polarized pulsed laser wave is studied theoretically. The approximation used …

We investigated the Rydberg-state excitation process of a hydrogen atom subjected to
spatially homogeneous and inhomogeneous laser fields by means of ab initio calculations. It …

The algorithms for the numerical solution of the stationary and nonstationary Schrödinger
equations that allow the analysis of the dynamics of single-electron atoms in the presence of …