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 …

Periodic superlattices constitute ideal structures to modulate the transport properties of two-
dimensional materials. In this paper, we show that the tunneling magnetoresistance (TMR) …

It is well known that the unavoidable variation of the heights and widths of the barriers
(structural disorder) in semiconductor superlattices and superlattices based on two …

In this study, the author theoretically investigates the effect of the external Rashba interaction
on the properties of spin transport in a magnetic MoS 2 superlattice. The results show that …

We theoretically investigate the subgap transport in a ferromagnetic silicene/superconductor
junction and highlight the role of the interface. It is demonstrated that the subgap …

We have theoretically studied spin-and valley-transport properties in a silicene quantum
structure with a square magnetic barrier modulated by off-resonant circularly polarized light …

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 …

Conductance, spin and valley polarizations through 8-Pmmn borophene barriers in the
presence of external Rashba spin–orbit interaction (RSOI) and magnetic field are …

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

The spin polarization and the valley and spin-dependent shot noise properties in monolayer
MoS2-based superlattice in presence of the extrinsic and intrinsic Rashba spin–orbit …