Silicon‐composed nanomedicines are one of the most representative inorganic
nanosystems in theranostic biomedicine. The emerging of new family members of silicon …

We propose a silicene-based lateral resonant tunneling device by placing silicene under the
modulation of top nonmagnetic/ferromagnetic/nonmagnetic sandwich nanogates. Following …

Electrons in heavy group-IV monolayers, including silicene, germanene, and stanene, have
the ability to exhibit rich physics due to the compatibility of the spin and valley degrees of …

We theoretically study the valley-and spin-resolved scattering through magnetic barrier in a
one layer thick silicene, using the mode-matching method for the Dirac equation. We show …

Low-dimensional thermoelectricity opens the possibility of improving the performance and
the efficiency of thermoelectric devices by redistributing the electron density of states …

This paper theoretically investigates the impact of aperiodic sequences in the ballistic
transport and thermoelectric effect in silicene gated superlattices. In our analysis, we have …

We study locally gated silicene nanoribbons as spin active devices and we solve the
quantum scattering problem in the atomistic tight-binding formalism. Particular attention is …

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 …

Abstract 2D materials open the possibility to study Dirac electrons in complex self-similar
geometries. The two-dimensional nature of materials like graphene, silicene, phosphorene …

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