Abstract Complete, close to 100%, population transfer between the bound vibrational-
rotational states of the HF molecule in the ground electronic state is demonstrated on a …

The term dynamic Stark control (DSC) has been used to describe methods of quantum
control related to the dynamic Stark effect, ie, a time-dependent distortion of energy levels …

A new method for the selective excitation of diatomic molecules in single vibrational states
on excited electronic potentials by two-photon absorption is proposed. The method implies …

The quantum dynamics of vibrational excitation and dissociation of H2+ by strong and
temporally shaped infrared (IR) laser pulses has been studied on the femtosecond (fs) time …

The possibility of spin–orbit induced association reactions controlled by optimized
femtosecond laser pulses is demonstrated for the example of Br+(3P)+ H (2S)→ HBr+(X …

The spin–orbit induced predissociation dynamics of HCl+ and HBr+ ions have been
investigated by numerical solution of four coupled time-dependent Schrödinger equations …

The first three-dimensional quantum-dynamical ab initio simulation of the large amplitude
vibrational dynamics of an Ag3 cluster initiated from its linear transition state is presented …

A general scheme for reducing the center-of-mass entropy is proposed. It is based on the
repetition of a cycle, composed of three concepts: velocity selection, deceleration and …

The prospect of controlling the photofragmentation of deuterium chloride ions (D Cl+) via
strong ultrashort IR laser pulses has been investigated by a numerical solution of coupled …

The optically induced fragmentation of deuterium chloride ions (DCl+) has been investigated
by solving coupled time dependent Schrödinger equations. We demonstrate that the …