Silicene, a silicon counterpart of graphene, has been predicted to possess massless Dirac
fermions. Compared to graphene, the effective spin-orbit interaction is quite significant …

Abstract Chiral Pb (Sn)‐I hybrid organic–inorganic perovskites exhibit outstanding chiral‐
induced spin selectivity (CISS) performance, but the nontoxic lead‐free hybrid materials with …

Due to the unique band structure, graphene exhibits a number of exotic electronic properties
that have not been observed in other materials. Among them, it has been demonstrated that …

We propose a design on integrated optical devices on-chip with an extra width degree of
freedom by using a photonic crystal waveguide with Dirac points between two photonic …

We propose a realizable device design for an all-electrical robust valley filter that utilizes
spin protected topological interface states hosted on monolayer 2D-Xene materials with …

We investigate the formation of inner edge states and their transport properties in hybrid
nanoribbons. Some new inner edge states, such as spin-polarized, spin-valley-polarized …

The antichiral edge states induced by the modified Haldane model have been predicted in
the previous studies. In this study, other types of antichiral edge states are proposed by …

The valley-Zeeman spin–orbit coupling (VZSOC) in graphene provides a platform to
discover novel edge states and enrich the quantum transport phenomena. In this work …

Recently, topological edge states have attracted rapid attention for designing low-power
consumption electronics due to their topological protection and suppression of …

Antichiral edge state (AES) was theoretical proposed by Colomés and Franz (2018 Phys.
Rev. Lett. 120 (8): 086603), which is recently realized in experiment. Under increasing the …