We report experimental observation of the energy sharing between electron and nuclei in
above-threshold multiphoton dissociative ionization of H 2 by strong laser fields. The …

We present a theoretical study of H 2+ ionization under strong IR femtosecond pulses by
using a method designed to extract correlated (2D) photoelectron and proton kinetic energy …

The complex behavior of a molecular wave packet initiated by an extreme ultraviolet (XUV)
pulse is investigated with noncollinear wave mixing spectroscopy. A broadband XUV pulse …

Electrons bound to atoms or molecules can simultaneously absorb multiple photons via the
above-threshold ionization featured with discrete peaks in the photoelectron spectrum on …

With the availability of modern laser and detection technologies, the investigation of ultrafast
molecular dynamics induced by intense laser pulses has become a routine practice. In this …

Atoms and molecules exposed to strong laser fields can be excited to the Rydberg states
with very high principal quantum numbers and large orbitals. It allows acceleration of neutral …

We investigate the characteristic effects of nuclear motion on attosecond transient-
absorption spectra in molecules by calculating the spectrum for different model systems …

For a molecule irradiated by an intense laser field, the sudden excitation or removal of an
electron will trigger ultrafast electronic and nuclear dynamics, of which the timescales are …

We experimentally observe the bond stretching time of one-photon and net-two-photon
dissociation pathways of singly ionized H 2 molecules driven by a polarization-skewed …

The dissociative above-threshold double ionization (ATDI) of H 2 in strong laser fields
involves the sequential releasing of two electrons at specific instants with the stretching of …