We propose the realization of perfect valley precession by use of strain, which gives rise to
an effective vector potential and moves two valleys in opposite directions in momentum …

The optical properties of monolayer transition metal dichalcogenides are dominated by
tightly-bound excitons. They form at distinct valleys in reciprocal space, and can interact via …

As the key factor for designing the valleytronic devices is to well understand the valley-
dependent transport mechanism in graphene, we investigate, in this work, the effect of two …

We theoretically study the valley-polarized subgap transport and intravalley pairing states in
silicene-based antiferromagnet/superconductor (AF/SC) junctions. It is found that in the …

The magnetically induced valley-spin filtering in transition metal dichalcogenide monolayers
(MX 2, where M= Mo, W and X= S, Se, Te) promises a new paradigm in information …

Valley polarization is one basic concept in valleytronic device applications. However, the
coexistence of this scenario in graphene under the joint modulation of a realistic magnetic …

As the rapid development of valleytronics and its huge-potential applications in valleytronic
devices, to well understand the valley-dependent transport mechanism of electrons in …

Because the electron transport mechanism in graphene is heavily impacted by the strain
and the ferromagnetic metal stripe as well as several other avenues, in this paper we …

Valleytronic device based on graphene is recently attracting growing interest because of its
potential applications such as in quantum information storage and transmission. However …

As the potential-wide applications in valleytronic devices, the valleytronics, especially the
valley polarization in graphene, has attracted much attentions. Thus, in the present work, we …