Experimental and theoretical progress in the field of antiproton-impact-induced ionization of
atoms and molecules is reviewed. We describe the techniques used to measure ionization …

The atomic hydrogen target has played a pivotal role in the development of quantum
collision theory. The key complexities of computationally managing the countably infinite …

The theory of measurement projection operators in grid-based time-dependent wave-packet
calculations involving electronic continua in atoms and molecules is discussed. A hierarchy …

In this work, we develop a wave-packet continuum-discretization approach to ion-atom
collisions that includes rearrangement processes. The total scattering wave function is …

A general single-center close-coupling approach based on a continuum-discretization
procedure is developed to calculate excitation and ionization processes in ion-atom …

Wavepacket continuum-discretisation approach is used to calculate excitation, ionization
and electron-capture (ec) cross sections for proton collisions with n= 2 states of atomic …

Excitation and charge transfer cross sections for collisions of protons with hydrogen are
calculated by direct solution of the time-dependent Schrödinger equation on a three …

Atomic collisions offer some unique opportunities to study atomic structure and reaction
mechanisms in experiment and theory, especially for projectiles of high atomic number …

We develop a method for extracting fully differential cross sections for ionization from an
impact-parameter treatment of the collision. The approach uses pseudostates. The method …

Utilizing a lattice representation of the wave function and operators, we have solved the time-
dependent Schrödinger equation over a wide range of collision energies and impact …