Graphene, a two-dimensional carbon material, is reviewed for how it is currently used in
nanometer-scale electronics (nanoelectronics). The history of the discovery of graphene is …

The presence of two sublattices in hexagonal graphene brings two energetically degenerate
extremes in the conduction and valence bands, which are identified by the valley quantum …

Valley-polarized currents can be generated by local straining of multi-terminal graphene
devices. The pseudo-magnetic field created by the deformation allows electrons from only …

The interplay of massive electrons with spin-orbit coupling in bulk graphene results in a spin-
valley dependent gap. Thus, a barrier with such properties can act as a filter, transmitting …

The electronic transmission and conductance produced by Dirac electrons in an armchair
graphene nanoribbon under an external voltage are investigated with the transfer matrix …

In graphene, a Kekulé-Y bond texture modifies the electronic band structure, generating two
concentric Dirac cones with different Fermi velocities lying in the Γ point in reciprocal space …

We study the effects of inversion asymmetry and tunable band gap on the transmission of
particles in bilayer graphene junctions to propose a model for a valley-filter and valley-valve …

We propose a new method for regulating valley pseudomagnetoresistance in ballistic
graphene-based valley field-effect transistors by taking into account the Y-shaped Kekulé …

The realization of a perfect spin or valley filtering effect in two-dimensional graphene-like
materials is one of the fundamental objectives in spintronics and valleytronics. For this …

The Berry-phase mediated valley-selected skew scattering in α-T 3 lattices is demonstrated.
The interplay of Lorentz and Berry forces in position and momentum spaces is revealed and …