Spintronics is an emergent interdisciplinary topic for the studies of spin-based, other than or
in addition to charge-only-based physical phenomena. Since the discovery of giant …

We address the problem of barrier tunneling in the two-dimensional T 3 lattice (dice lattice).
In particular, we focus on the low-energy, long-wavelength approximation for the …

We propose a simple, yet highly efficient and robust device for producing valley polarized
current in graphene. The device comprises of two distinct components; a region of uniform …

The electronic transport properties and band structures for the graphene-based one-
dimensional (1D) superlattices with periodic potentials of square barriers are investigated. It …

We have demonstrated the deposition of EuO films on graphene by reactive molecular beam
epitaxy in a special adsorption-controlled and oxygen-limited regime, which is a critical …

We report a first principles study of spin transport under finite bias through a graphene−
ferromagnet (FM) interface, where FM= Co (111), Ni (111). The use of Co and Ni electrodes …

We present an overview of gauge fields in spintronics, focusing on their origin and physical
consequences. Important topics, such as the Berry gauge field associated with adiabatic …

We address the problem of spin-resolved scattering through spin-orbit nanostructures in
graphene, ie, regions of inhomogeneous spin-orbit coupling on the nanometer scale. We …

We study electron tunneling through a planar magnetic and electric barrier on the surface of
a three-dimensional topological insulator. For the double barrier structures, we find (i) a …

Transport of massless Dirac fermions in graphene monolayers is analysed in the presence
of a combination of singular magnetic barriers and applied electrostatic potential. Extending …