We show that the magnetically induced waveguide in graphene leads to strong confinement
of Dirac fermions, regardless of its edge terminations. The proposed waveguide indeed acts …

We investigate the dynamics and decoherence of the exciton polaron in a 2D transition
metal dichalcogenides modulated by a magnetic field barrier. Using the Huybrechts method …

We theoretically investigate the properties of exciton-polaron moving through a magnetic
barrier in monolayers (1Ls) transition metal dichalcogenides (TMDs): MoS 2, WS 2, MoSe 2 …

The relaxation of excitonic polaron and the transport properties in two-dimensional
monolayers of transition metal dichalcogenides (TMDCs) such as Mo S 2, Mo Se 2, W Se 2 …

We calculate the spectrum of massive Dirac fermions in graphene in the presence of an
inhomogeneous magnetic field modeled by a step function. We find an analytical universal …

We present a theoretical investigation of the transport properties and the magnetoresistance
effect in armchair graphene nanoribbons (AGNRs) under modulation by two magnetic …

Based on the Floquet scattering theory, a model of graphene-based electronic device is
presented, in which electrical transport is controlled by adjusting Dirac fermions energy near …