Strong Laser Field-Driven Coupled Electron–Nuclear Dynamics: Quantum vs Classical Description
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 …
under the influence of an intense few-cycle 4.5 fs laser pulse with an intensity of 4× 1014 …
Dissociative ionization of the H 2 molecule under a strong elliptically polarized laser field: carrier-envelope phase and orientation effect
A coupled electron–nuclear dynamical study is performed to investigate the sub-cycle
dissociation and ionization of the H2 molecule in a strong 750 nm 4.5 fs elliptically polarized …
dissociation and ionization of the H2 molecule in a strong 750 nm 4.5 fs elliptically polarized …
Efficient Control of Electron Localization and Probability Modulation with Synthesized Two-Color Intense Laser Pulses
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 …
HD+ and H2+ molecular ions under the influence of synthesized intense two-color electric …
Strong‐field coherent control of the proton momentum distribution arising from the ‐photon () field‐dressed adiabatic potentials of H
MN Daud - International Journal of Quantum Chemistry, 2023 - Wiley Online Library
A systematic directionality coherent control of total proton momentum distributions in the
dissociative‐ionization of H 2+ subjected to a strong field of six‐cycle laser pulses in a full …
dissociative‐ionization of H 2+ subjected to a strong field of six‐cycle laser pulses in a full …