The molecular multiple rescattering processes have been theoretically investigated via
solving the time-dependent Schrödinger equation. Not only has the physical model been …

We present a method to manipulate the recombination channels in harmonic emission from
HeH 2+ via combing a multicycle trapezoidal laser field and a static electric field. By solving …

Non-Born-Oppenheimer quantum dynamics of H 2+ and HD+ excited by single one-cycle
laser pulses linearly polarized along the molecular (z) axis have been studied within a three …

Using quantum mechanics calculations, we theoretically study the dissociation and
ionization dynamics of the hydrogen-molecule ion in strong laser fields. Having prepared the …

High-order-harmonic generation is investigated for H 2+ and D 2+ with and without a Born-
Oppenheimer approximation by a numerical solution of a full dimensional electronic time …

We present derivation and implementation of the multiconfigurational strong-field
approximation with Gaussian nuclear wave packets (MC-SFA-GWP)—a version of the …

In this article, femtosecond pulses, especially designed by multicolor beam superposition
are used for high-order harmonic generation. To achieve this purpose, the spectral …

We point out the possibility to distinguish the DNA bases (adenine, cytosine, guanine and
thymine) by using the high-order harmonics sources. Moreover, we find the intensity peaks …

The separate contributions of the two nuclei in H 2+ to the harmonic generation are
investigated by numerically solving the time-dependent Schrödinger equation. The results …

Generation of high-order harmonics (HOHs) and attosecond pulses in the barrier
suppression ionization regime for a target of hydrogen molecular ion, H _ 2^+ H 2+, with …