Recent advances in the study of quantum vibrations and rotations in the fundamental
hydrogen molecules are reported. Using the deuterium molecules (D2+ and D2) as …

We report on a real-time imaging of the ultrafast D 2<? format?>+ rovibrational nuclear wave-
packet motion performed using a combination of a pump-probe setup with 7 fs laser pulses …

We present a theory of ionization of diatomic molecules by a strong laser field. A diatomic
molecule is considered as a three-particle system, which consists of two heavy atomic (ionic) …

A numerical approach that allows for the solution of the time-dependent Schrödinger
equation (TDSE) describing molecules exposed to intense short laser pulses was …

The dissociation of H 2+ in an intense laser field has been experimentally studied using
femtosecond laser pulses at 790 nm in the intensity range of 10 13–10 15 W∕ cm 2 …

We present a theoretical model of high-harmonic generation from diatomic molecules. The
theory includes effects of alignment as well as nuclear motion and is used to predict results …

In a recent Letter, Manschwetus et al.[Phys. Rev. Lett. 102, 113002 (2009) PRLTAO 0031-
9007 10.1103/PhysRevLett. 102.113002] reported evidence of electron recapture during …

In the customary formulation of the strong-field approximation (SFA) for laser-induced
ionization, the initial bound state is taken as field-free. In the formulation of a length-gauge …

We present a numerical study of the ultrafast ionization dynamics of H 2+ exposed to
attosecond extreme ultraviolet (xuv) pulses that goes beyond the Born-Openheimer …

We perform a detailed analysis of high-order harmonic generation in diatomic molecules
within the strong-field approximation (SFA), with emphasis on quantum-interference effects …