Valley degree of freedom in the first Brillouin zone of Bloch electrons offers an innovative
approach to information storage and quantum computation. Broken inversion symmetry …

We study the tunneling magnetoresistance and the spin-valley transport in silicene-based
magnetic superlattices. The superlattice profile is obtained by the periodic modulation of the …

We study the spin and valley dependent transport in a silicene superlattice under the
influence of a magnetic exchange field, a perpendicular electric field and a voltage potential …

Using density functional theory combined with orbital-selective band unfolding techniques,
we study the effective band structure of silicene (3× 3)/Ag (111)(4× 4) structure. Consistent …

We study the carrier transport through a strained silicene heterojunction based on the tight-
binding Hamiltonian, focusing on the effect of the interfaces, ie, zigzag or armchair, on the …

Spin-dependent electronic transport properties of single 3d transition metal (TM) atoms
doped α-armchair graphyne nanoribbons (α-AGyNR) are investigated by non-equilibrium …

Magnetic silicene junctions are versatile structures with spin-valley polarization and
magnetoresistive capabilities. Here, we investigate the temperature effects on the transport …

This work examines the effect of band bending on the valley polarization of electron
transport through zigzag silicene nanoribbons (ZSiNRs) subject to perpendicular edge …

We have theoretically studied the Goos-Hänchen-like shift of spinor-unpolarized beams
tunneling through various gate-biased silicene nanostructures. Following the stationary …

We studied the spin and valley transport of silicene through a resonant-tunneling structure
with electric field and magnetic field. It is demonstrated that a perfect spin-valley filtering …