Advancements in 2D nanomaterials have been impacting a wide range of technology‐
driven applications. Here, the authors highlight stanene, a material that comprises a …

The advent of graphene and related 2-D materials has attracted the interest of the electron
device research community in the past 14 years. The possibility to boost the transistor …

We find that generic boundary conditions of the Weyl semimetal are dictated by only a single
real parameter in the continuum limit. We determine how the energy dispersions (the Fermi …

Solid state physics deals with systems composed of atoms with strongly bound electrons.
The tunneling probability of each electron is determined by interactions that typically extend …

We theoretically study emergent edge-and corner-localized states in monolayer black
phosphorene. Using the tight-binding model based on the density functional theory, we find …

In this article, the transfer and output characteristics of an electrostatically doped (ED) 4-
armchair silicene nanoribbon (4-ASiNR) field-effect transistor (FET) with three gates are …

In various topological phases, nontrivial states appear at the boundaries of the system. In
this paper, we investigate anomalous dielectric response caused by such states caused by …

Stanene, as a counterpart of graphene, but with much larger spin–orbit coupling (SOC)
strength, has recently been synthesized experimentally. Based on first principle calculations …

The spin/valley polarization in silicene with extended line defects is investigated according
to the chiral filtration mechanism. It is shown that the inner-built quantum Hall pseudo-edge …

We investigate hydrogen desorptions from monolayer and multilayer graphane analogs,
namely, silicane (SiH) and germanane (GeH), by the first-principles calculations. It is found …