Rabi oscillation is an elementary laser-driven physical process in atoms and artificial atoms
from solid-state systems, while it is rarely demonstrated in molecules. Here, we investigate …

We have performed a coupled electron–nuclear dynamics study of H2+ molecular ions
under the influence of an intense few-cycle 4.5 fs laser pulse with an intensity of 4× 1014 …

More than ten years ago, the observation of the low-energy structure in the photoelectron
energy spectrum, regarded as an “ionization surprise,” has overthrown our understanding of …

We investigate the above-threshold multiphoton ionization of H 2 embedded in superfluid
He nanodroplets driven by ultraviolet femtosecond laser pulses. We find that the …

In a joint experimental and theoretical endeavor, we explore the laser-induced dissociation
and ionization dynamics of H 2+ beams using sub-10-fs, 800 nm laser pulses. Our theory …

A coupled electron–nuclear dynamical study at attosecond time scale is performed on the
HD+ and H2+ molecular ions under the influence of synthesized intense two-color electric …

We propose and demonstrate an efficient scheme for steering the electron localization of
hydrogen molecules and their isotopes. Our scheme is based on the idea of subcycle …

We discuss the strong-field dynamics of HeH+, the simplest stable heteronuclear molecule,
focusing on identifying a laser regime for which there is a sufficient dissociation signal for …

Laser-induced dissociation of O 2+ is studied in the strong-field limit using two independent
methods, namely a crossed laser–ion-beam coincidence 3D momentum imaging method …

Vibrational Cooper minima due to weak dipole coupling were previously observed in strong-
field dissociation of H 2+ as minima in the kinetic-energy-release (KER) spectrum [McKenna …