We consider the comparative dynamics of one-and two-photon ionization in atoms through
semianalytical representations of the continuum wave functions, in order to model the probe …

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 …

Partial wave analysis is key to interpretation of the photoionization of atoms and molecules
on the attosecond timescale. Here we propose a heterodyne analysis approach, based on …

Prize in Physics awarded to Pierre Agostini, Ferenc Krausz, and Anne L'Huillier, has given
access to the natural time scale of electronic motion in matter. For this reason, since its early …

This study investigates the motion of an electron in a Coulomb potential driven by an intense
linearly polarized XUV laser pulse analyzed using Gordon–Volkov wave functions. The …

Attosecond science and technology have emerged as a promising path for improving our
understanding of light–matter interaction. High harmonic generation based light sources …