We study the generation of high-harmonic radiation by Bloch electrons in a model
transparent solid driven by a strong midinfrared laser field. We solve the single-electron time …

When an electronic system is irradiated by an intense laser field, the potential “seen” by
electrons is modified, which affects significantly the bound-state energy levels, a feature that …

We consider an α-T 3 lattice illuminated by intense circularly polarized radiation in the
terahertz regime. We present the quasienergy band structure, time-averaged energy …

Optical responses of graphene in the presence of intense circularly and linearly polarized
terahertz fields are investigated based on the Floquet theory. We examine the energy …

Optical pum** of solids creates a nonequilibrium electronic structure where electrons and
photons combine to form quasiparticles of dressed electronic states. The resulting shift of …

We demonstrate that the optical absorption of zigzag-edge graphene nanoribbons is
qualitatively different from that of armchair nanotubes. Unlike the selection rule for …

In this work we are studying the intense laser effects on the electron-related linear and
nonlinear optical properties in GaAs–Ga1− xAlxAs quantum wells under applied electric and …

Recent advances in laser technology now enable engineering the electronic structure of
matter through strong light-matter interactions. However, the effective physicochemical …

We have developed a rigorous theoretical formalism for Floquet engineering, investigating,
and subsequently tailoring most crucial electronic properties of 1T′-MoS 2 by applying an …

In this work the effects of intense laser on the electron-related nonlinear optical absorption
and nonlinear optical rectification in GaAs–Ga1− xAlxAs quantum wells are studied under …