Abstract 2D materials‐based nanoelectromechanical resonant systems with high sensitivity
can precisely trace quantities of ultra‐small mass molecules and therefore are broadly …

The current transistor-based computing circuits use multiple interconnected transistors to
realize a single Boolean logic gate. This leads to higher power requirements and delayed …

This study explores gate-controlled superconductivity in metallic superconductors by
employing a top-gate architecture with a 15 nm monocrystalline h-BN as a gate dielectric …

We demonstrate a general process for fabricating graphene nanoelectronic devices that
have next several features: free-standing, micrometer-sized monolayer graphene with high …

Graphene has been considered as a single sheet with sp 2-bonded carbon atoms arranged
in a two-dimensional honeycomb configuration. In our work, we demonstrate few-layer …

We perform a systematic study of the Zitterbewegung effect of fermions, which are described
by a Gaussian wave with broken spatial-inversion symmetry in a three-dimensional low …

New Dirac points may appear when periodic potentials are applied to graphene, and there
are many interesting effects near them. Here we investigate the Zitterbewegung effect of …

A new, easy, in situ technique for fabricating a two-dimensional graphene–silicon layered
heterostructure has been developed to meet the demand for integration between graphene …

People have been studying the mechanical, electrical, and thermal properties of graphene
intensively by using both experimental and theoretical methods in the past decade. Now …