We perform a systematic comparison between photoelectron momentum distributions
computed with the rescattered quantum-orbit strong-field approximation (RQSFA) and the …

Recollision processes are fundamental to strong-field physics and attoscience, thus models
connecting recolliding trajectories to quantum amplitudes are a crucial part in furthering …

We discuss the effect of using potentials with a Coulomb tail and different degrees of
softening in photoelectron momentum distributions (PMDs) using the recently implemented …

We construct two strong-field path integral methods with full Coulomb distortion, in which the
quantum pathways are mimicked by interfering electron orbits: the rate-based CQSFA (R …

Attosecond dynamics in strong-field tunnel ionization are encoded in intricate holographic
patterns in the photoelectron momentum distributions. These patterns show the interference …

We study the formation and evolution of the electron wave packets in the process of strong-
field ionization of various atomic targets. Our study is based on reformulating the problem in …

Spin-orbit dynamics and relativistic corrections to the kinetic energy in strong-field dynamics
have long been ignored for near-and mid-infrared fields with intensities 10 13–10 14 W/cm …

Strong-field photoelectron holography is promising for the study of electron dynamics and
structure in atoms and molecules, with superior spatiotemporal resolution compared to …

We investigate photoelectron holography in bichromatic linearly polarized fields of
commensurate frequencies rω and sω, with emphasis on the existing symmetries and for …

It is shown that above-threshold-ionization peaks disappear when the kinetic energy
associated with the nondipole radiation-pressure-induced photoelectron momentum in the …