In this work, we propose an electronic Lévy glass built from graphene nanoribbons in the
presence of regions with enhanced spin-orbit coupling. Although electrons in graphene …

Based on the recursive Green-function method together with Landauer-Büttiker formalism,
we theoretically study the controllable spin-dependent electron transport properties by using …

We investigate the effects of magnetic field on a charged fermion in a (1+ 2)(1+ 2)-
dimensional wormhole. Applying external magnetic field along the axis direction of the …

Perfect polarization of spin and valley is found to coexist in the proposed junction of
monolayer MoS 2. The junction consists of two barriers modulated by off-resonant circularly …

We demonstrate theoretically how a perfect valley filter can be obtained in silicene under the
effects of a ferromagnetic stripe and an electric field perpendicular to silicene. A …

When graphene is placed on a substrate of heavy metal, the Rashba spin-orbit interaction of
substantial strength can occur. In an open system such as a quantum dot, the interaction can …

We investigate the behavior of spin-1/2 particles (electron and positron) confined to the
Gaussian curvature surfaces. For the non-negative Gaussian curvatures, we present the …

We investigate the strain effect on the spin-dependent transport in a graphene junction with
spin–orbit coupling and a gate voltage. We find that uniaxial strain along the armchair …

We investigate the effects of magnetic field on a charged fermion in a (1+ 2)-dimensional
wormhole. Applying external magnetic field along the axis direction of the wormhole, the …

Conductance fluctuations associated with quantum transport through quantumdot systems
are currently understood to depend on the nature of the corresponding classical dynamics …