We have measured the photodissociation of few-keV OD+ molecular ions into either D++ O
or O++ D final products. The three-dimensional momentum imaging measurements of the …

We reveal surprisingly high kinetic energy release in the intense-field fragmentation of D+ 3
to D++ D++ D with 1016 W cm− 2, 790nm, 40 fs (and 7 fs) laser pulses. This feature strongly …

Experiments on the triatomic hydrogen molecular ion in intense ultrashort laser pulses are
important for understanding the fundamentals of polyatomic molecular dynamics and for …

A quantum description of the one-electron triangular H 3 2+ molecular ion, beyond the Born-
Oppenheimer approximation, is used to study the full influence of the nuclear motion on the …

Experiments are conducted to investigate the role of the avoided crossing seam in the
photodissociation of H3+. Three-dimensional imaging of dissociation products is used to …

The response of the D 3+ and H 3+ molecules to an intense, ultrashort laser pulse is
investigated with a quasiclassical model to provide details of our previous short report [Phys …

We demonstrate theoretically that by employing an intense few-cycle, circularly polarized
laser pulse, two-dimensional localization of the electronic wave function in laser-driven H 3 …

The triatomic hydrogen molecular ion is instrumental as a benchmark towards
understanding the strong-field dynamics of polyatomic molecules. Using a crossed-beams …

The triatomic molecular ion H 3 2+ exposed to a few-cycle, circularly polarized laser pulse is
studied. The model employed includes three electronic states and three degrees of freedom …

We investigate intense, ultrafast laser-induced isomerization and two-body fragmentation of
acetylene monocations and dications using coincidence three-dimensional momentum …