Through frequency up-conversion of polarization-shaped, femtosecond laser pulses
nonlinearly interacting with xenon atoms, energetic, broadband, coherent, XUV continuum …

Atomic autoionization following photoabsorption is a typical example of quantum
interferences governed by electron–electron correlation. Coherence between direct …

The role of the nuclear degrees of freedom in nonlinear two-photon single ionization of H 2
molecules interacting with short and intense vacuum ultraviolet pulses is investigated, both …

We investigate the effect of the pulse length on the two-photon double ionization (DI) of H 2
in the direct domain, for a femtosecond (fs) laser with a polarization vector oriented along the …

We present the theory of tunneling ionization of molecules with both electronic and nuclear
motion treated quantum mechanically. The theory provides partial rates for ionization into …

Manipulation and control of molecular electron dynamics is currently in the spotlight for
numerous multidisciplinary applications in physics, chemistry and biology. During the last …

A pump–probe scheme is proposed to investigate the autoionization dynamics of the
optically forbidden Q11Σg+ doubly excited states of the H2 molecule. The scheme consists …

A theoretical investigation of double capture into autoionizing states are presented for
collisions between fully stripped low-charge ions and dihydrogen molecules at impact …

The delayed autoionization of H2 doubly excited states into channels of different inversion
symmetry gerade and ungerade is investigated by using pulses of attosecond duration …

A time-dependent theoretical method is used to describe a UV pump–UV probe strategy to
trace, at a femtosecond time scale, the motion of vibrational wave packets created in excited …