The time evolution of a wave packet in strained graphene is studied within the tight-binding
model and continuum model. The effect of an external magnetic field, as well as a strain …

In this work, we develop a time-dependent extension of the Landauer-Büttiker approach to
study transient dynamics in time-dependent quantum transport through molecular junctions …

We conduct a thorough study of different persistent currents in a spin-orbit coupled α-T 3
(pseudospin-1) fermionic quantum ring (QR) that smoothly interpolates between graphene …

We investigate the dynamics of a charged particle moving in a graphene layer and in a two-
dimensional electron gas, where it obeys the Dirac and the Schrödinger equations …

Within the position-dependent translation operator formalism for quantum systems, we
obtain analytical expressions for the eigenstates and the Landau level spectrum of Dirac …

We simulate electron flow through a semiconductor quantum ring perturbed by a charged tip
of a scanning microscope. We describe the interaction of the tip with the electron gas solving …

We investigate the dynamics of Gaussian wave packets in multilayer black phosphorus (BP).
Time-dependent average position and velocity are calculated analytically and numerically …

We show that a domain wall separating single-layer graphene and AA-stacked bilayer
graphene (AA-BLG) can be used to generate highly collimated electron beams which can be …

The split-operator technique for wave packet propagation in quantum systems is expanded
here to the case of propagatingwave functions describing Schrödinger particles, namely …

Within the effective-mass approximation, we theoretically investigated the electronic and
transport properties of 2D semiconductor quantum wires (QWs) with anisotropic effective …