We propose a theoretical model based on the concept of multiferroic tunnel junction. The
model is capable of producing eight different logic states by combining the spin-filter effect …

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 …

The spin and valley transports and tunnel magnetoresistance are studied in a silicene-
based asymmetrical magnetic tunnel junction consisting of a ferromagnetic tunnel barrier …

Aperiodic order is ubiquitous in nature and quite relevant in science and technology. There
are extensive works in aperiodic structures studying fundamental characteristics in physical …

We present a theoretical investigation of an electrically controllable spin filter based on
multiferroic tunneling junction. This spin filter combines the exchange splitting of …

We investigate the electronic transport in a silicene-based ferromagnetic
metal/ferromagnetic insulator/ferromagnetic metal tunnel junction. The results show that the …

We study the tunnel magnetoresistance (TMR) and spin transport in ferromagnetic graphene
junctions composed of ferromagnetic graphene (FG) and normal graphene (NG) layers. It is …

A spin filter is a type of magnetic tunnel junction in which only one of the electrodes is
magnetic and the insulating barrier is ferro-or ferrimagnetic. We report on spin-dependent …

The tunnel magneto-resistance ratio is investigated for double-barrier tunnel junctions with
spin-filter (magnetic insulators) barriers. The transmission probability is calculated in the …

Tunnel magnetoresistance (TMR) and spin filter effect in magnetic tunnel junctions are
studied by using numerical simulations based on the linear response theory. In Fe/MgO/Fe …