High-order harmonic generation in solids, the nonlinear up-conversion of coherent radiation
resulting from the interaction of a strong and short laser pulse with a solid sample, has come …

Intense lasers can easily drive nonadiabatic transitions of excited electron wave packets
across the Brillouin zones, thus transition dipole moments (TDM) between energy bands of …

Circularly polarized high harmonics (CHHs) have been observed in several solid targets
under single-color circularly polarized excitation. However, experimental observations show …

Based on the time-dependent density functional theory, we theoretically investigate the
influence of mechanical strains on the high-order harmonic generation (HHG) in the …

High harmonic generation from bilayer h-BN materials with different stacking configurations
is theoretically investigated by solving the extended multiband semiconductor Bloch …

An effective method to control the half-cycle harmonic emission process through the
combination of multiple laser beams is proposed. The control process can be separated into …

We investigate the pulse duration dependence of harmonic yield in isotopic molecules of H
2+ and T 2+ driven by different laser intensities. Generally, the harmonic yield can be …

Based on the three-step model of high harmonic generation, we propose a scheme to
improve the harmonic spectra and to produce the intense water window attosecond pulses …

High harmonic generation (HHG) in solids is sensitively dependent on the band dispersions
of crystals, which involves intraband and interband processes in conventional …

Generally, driven by a specific laser waveform, a single-order harmonic from the atomic
harmonic spectrum can be enhanced, caused by the multiple acceleration-recombination …