The exploration of the unique properties of stored and cooled beams of highly-charged ions
as provided by heavy-ion storage rings has opened novel and fascinating research …

We discuss the recent progress in the development of the single center (SC) method for
computation of highly-delocalized discrete and partial photoelectron wave continuous …

We study the evolution of nuclear wave packets launched in molecular nitrogen, oxygen,
and carbon monoxide by intense 8-fs infrared pulses. We use velocity map imaging to …

When the carrier frequency of a laser pulse fits to the energy difference between two
electronic states of a molecule, the potential energy surfaces of these states dressed by the …

A theoretical method to study the angle-resolved multiphoton ionization of polyatomic
molecules is developed. It is based on the time-dependent formulation of the Single Center …

Angular distributions of the N 2 O+(X) and N 2 O+(A) photoelectrons were measured as
functions of the exciting-photon energy with small bandwidth in the vicinity of the resonant N …

Participator resonant Auger decay spectra populating the X, A, B, and C states of CO 2+ are
recorded with angular and vibrational resolution for selected photon energies in the vicinity …

Angular distributions of the CO+(A Π 2) photoelectrons and of the CO+(A Π 2→ X Σ 2+)
fluorescence are computed in the vicinity of the 1 s− 1 π∗ resonant excitation of the C∗ O …

Interatomic coulombic decay (ICD), a radiationless transition in weakly bonded systems,
such as solutes or van der Waals bound aggregates, is an effective source for electrons of …

Angular distributions of Auger electrons and subsequent fluorescence photons are studied
theoretically and experimentally in the vicinity of the core excitations of NO. In the …