This monograph reviews developments in the general area of polarized electron scattering
from atoms and molecules since 1991, the date of the last such review in this series of …

Two-photon excitation of a quantum ladder system by a chirped pulse leads to interferences
in the excited-state population, due to the phase differences between direct and sequential …

Two-photon excitation of a quantum ladder system by an ultrashort chirped pulse leads to
interferences in the excited-state population, between direct and sequential paths …

We combine bichromatic polarization pulse shaping with photoelectron imaging tomography
for time-resolved spatial imaging of ultrafast spin–orbit wave packet (SOWP) dynamics in …

Fe2+ doping in II-VI semiconductors, due to the absence of energetically accessible multiple
spin state configurations, has not given rise to interesting spintronic applications. In this …

We use R-matrix theory with time dependence (RMT) to investigate multiphoton ionization of
ground-state atomic carbon with initial orbital magnetic quantum number ML= 0 and ML= 1 …

We report on recent developments in coherent control of ultrafast photoionization dynamics
with ultrashort polarization-shaped bichromatic pulse sequences. In the experiments, a …

Using time-resolved photoelectron imaging, a time-dependent electron orbital alignment is
observed during the recurrences of a Rydberg rotational wave packet in krypton. The time …

Spin precession in rubidium atoms is investigated through a pump–probe technique. The
excited wave packet corresponds to a precession of spin and orbital angular momentum …

This paper presents a theoretical analysis of the possibilities of producing spin-polarized
electrons with a sequence of two ultra-short time-delayed laser pulses. The first pulse, which …