This review article focuses on imaging and controlling ultrafast dynamics of the hydrogen
molecule and its cation, initiated by ultrashort laser pulses. We discuss the mechanisms …

We demonstrate an experimental control of electron localization in deuterium molecular ions
created and dissociated by the combined action of an attosecond pulse train and a many …

Electron motion in chemical bonds occurs on an attosecond timescale. This ultrafast motion
can be driven by strong laser fields. Ultrashort asymmetric laser pulses are known to direct …

We show that the electronic dynamics in a molecule driven by a strong field is complex and
potentially even counterintuitive. As a prototype example, we simulate the interaction of a …

We experimentally investigate directional bond breaking in dissociative single ionization of
H 2 driven by circularly polarized two-color ultrashort pulses of counter-and co-rotating laser …

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 …

The ionization of H 2 in a single attosecond extreme ultraviolet (XUV) pulse generates a
nuclear wave packet in H 2+, which is entangled with the emitted photoelectron wave …

To create an oscillating electric dipole in an homonuclear diatomic cation without an
oscillating driver one needs (i) to break the symmetry of the system and (ii) to sustain highly …

A novel scheme for enhancing electron localization in intense-field dissociation is outlined.
Through manipulation of a bound vibrational wavepacket in the exemplar deuterium …

Several kinds of interference effects in laser-assisted photoionization of H 2+ molecular
targets are theoretically investigated by means of a Coulomb-Volkov model. The …