One of the current challenges in high-harmonic generation is to extend the harmonic cutoff
to increasingly high energies while maintaining or even increasing the efficiency of the high …

The bi-circular scheme for high harmonic generation, which combines two counter-rotating
circular fields with frequency ratio 2: 1, has recently permitted to generate high harmonics …

We study the isotope effect on high-order-harmonic generation (HHG) of vibrating H 2+ and
D 2+ molecular ions aligned parallel to the polarization of the laser field. The time …

Isotropic gases irradiated by long pulses of intense IR light can generate very high
harmonics of the incident field. It is generally accepted that, due to the symmetry of the …

High-order-harmonic generation in benzene is studied using a mixed quantum-classical
approach in which the electrons are described using time-dependent density-functional …

We present a detailed theoretical study of the odd–even harmonics generated from the polar
molecule CO by the method based on numerically solving the time-dependent Schrödinger …

By numerically solving the time-dependent Schrödinger equation, we investigate the
harmonic emission of H 2+ with a large internuclear distance in the midinfrared laser field …

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

The underlying physics behind the molecular harmonic emission in relatively long sin 2-like
laser pulses is investigated. We numerically solved the full-dimensional electronic time …

Two different induced effects of a laser falling edge on high-order harmonic generation
(HHG) are resolved by numerically solving the full-dimensional electronic time-dependent …