We investigate above-threshold detachment induced by an ultrashort laser pulse with one or
two carrier frequencies. Particular attention is devoted to the phase-dependent effects in the …

A theoretical study of the interference pattern imprinted on the doubly differential momentum
distribution of the photoelectron due to atomic ionization induced by a short laser pulse is …

The electron scattering process has been investigated by analyzing the interference
structure in the photoelectron momentum distribution (PMD) of a hydrogen atom exposed to …

Improved molecular strong-field approximation theory is used to calculate the ionisation
probability for the high-order above-threshold ionisation process induced by a few-cycle …

We study the spatial interference effects appearing during the ionization of atoms (H, He, Ne,
and Ar) by few-cycle laser pulses using single-electron ab initio calculations. The spatial …

The method of time-resolved measurement with ultrashort laser pulses is vital to the
development of attosecond science. Pump-probe measurements using a train of attosecond …

Few-cycle, attosecond extreme ultraviolet (XUV) pulses in the strong field regime are
becoming experimentally feasible, prompting theoretical investigating of the ionization …

A new trajectory-based method of transition probability evaluation in quantum system was
developed. It is based on a path integral representation of probability and uses Weyl …

We perform a theoretical study of the holographic structures in photoelectron spectra for
ionization of hydrogen atoms induced by short laser pulses. To elucidate the nature of the …

In this article, we investigate the temporal shape of one-or few-cycle, 20–180 nm central
wavelength attosecond pulses that are produced in a scheme based on coherent undulator …