A number of unexpected features of small molecules subjected to intense laser fields, with
wavelengths ranging from infrared to ultraviolet, have been observed or predicted in the past …

We study theoretically the photodissociation dynamics of the H 2+ molecular ion exposed to
a linearly polarized laser light. It is shown that it is possible to choose a laser wavelength …

With a specific choice of laser parameters resulting in a so-called exceptional point (EP) in
the wavelength-intensity parameter plane, it is possible to produce the coalescence of two …

Fragment angular distributions resulting from photodissociation induced by intense, short,
linearly polarized laser pulses are investigated using a two-dimensional time-dependent …

Angular resolved kinetic-energy distributions of fragments resulting from dissociation
induced by intense, short, linearly polarized laser pulses are calculated using an accurate …

An efficient time-dependent method is presented to obtain, at any time, the nuclear wave
functions corresponding to the intense field photodissociation of homonuclear ions, which …

We discuss how a recent pump-probe study [Kelkensberg, Phys. Rev. Lett. 103, 123005
(2009) PRLTAO 0031-9007 10.1103/PhysRevLett. 103.123005] of the dissociative …

Using the recently proposed R-matrix Floquet theory we have performed ab initio
calculations for single-and multiphoton detachment of the negative hydrogen ion, H-. Our …

The photodissociation of homonuclear ions exposed to continuous-wave (cw) lasers gives
rise to asymptotically diverging couplings when approached in the electric-field gauge …

An efficient and selective laser-induced molecular stabilization with respect to dissociation is
obtained by an appropriate shaping of an intense ultraviolet-visible laser pulse which …