We investigate theoretically the nonlocal and local transport properties of relativistic
electrons tunnelling through a silicene-based superconducting double-barrier sandwiched …

Based on the tight-binding formalism, we study the effect of side potential on the spin-and
valley-related electronic property of 2 D honeycomb lattices with intrinsic spin-orbit coupling …

We study the quantum valley and Hall conductances in silicene coupled to a ferroelectric
(FE) layer. The spin orbit interaction in silicene couples the valley, pseudospin, and real spin …

We study the band structure and transport property of a zigzag silicene nanoribbon when
electric fields are applied to the edges. It is found that band bending could be induced and …

The polymorph of 8-Pmmn borophene is an anisotropic Dirac material with tilted Dirac cones
at two valleys. The tilting of the Dirac cones at two valleys are in opposite directions, which …

We investigate the interplay of the Rashba spin orbit coupling (SOC) and the Klein tunneling
effect on the valley and spin polarized transport in a heterostructure consisting of silicene …

We report a strain effect on spin transport in semiconductors that exhibit Ge-like conduction
bands at room temperature. Using four-terminal nonlocal spin-transport measurements in …

Electronic structures of monolayer InSe with a perpendicular electric field are investigated.
Indirect-direct-indirect band gap transition is found in monolayer InSe as the electric field …

Effective modulation of electronic and optical properties for van der Waals heterostructures
is beneficial to spintronics and optoelectronic devices. We use first-principle calculations to …

By using the tight-binding model and nonequilibrium Green's function method (NEGF), we
study the band structures and transport properties of a silicene nanoribbon with a line defect …