Switchable and reversible optical elements have potential applications in self-adaptive
optics. Shape-memory polymer devices with adaptive properties could be easily switched …

The optical responses of wide band gap materials can be manipulated by a purposely
designed ultrashort double-pulse light, based on the real-time time-dependent density …

The control of dielectric responses of narrow-band gap materials by an ultrashort laser pulse
is investigated theoretically using time-dependent density functional theory, taking gallium …

This paper investigates the interaction of buckled Dirac materials (silicene and germanene)
with ultrashort and ultrastrong optical pulses. Highly intensive few-cycle pulses strongly …

The transient dielectric responses of cubic boron nitride (cBN) modulated by an ultrashort
laser pulse are introduced based on time-dependent density functional theory calculations …

We propose an attosecond strong optical field interferometry in graphene which reveals the
chirality of graphene without employing a magnetic field. A circularly polarized optical pulse …

A theoretical investigation on the coherent Dirac-like quasiparticle dynamics in monolayer
MoS 2 under an ultrashort optical pulse irradiation is presented. Particularly, we remain …

We discuss the theoretical investigation of buckled Dirac materials (silicene and
germanene) interacting with ultrashort and ultrastrong optical pulses. Highly intensive few …

We discuss the topological properties of graphene superlattices excited by ultrafast circularly-
polarized laser pulses with strong electric field amplitude, aiming to directly observe of the …