Abstract 2D materials, with outstanding optical, thermal, and electric properties, are
emerging as promising candidates for fabricating high‐performance photodetectors …

Two-dimensional (2D) materials with unique geometrics and physicochemical properties
have become the most attractive star materials in recent two decades. Since research on …

Because of the quantum confinement effect and the interface/surface effect, the band gap of
0.8–1.5 eV for two-dimensional (2D) bismuth-based material is significantly enlarged …

Abstract Two-dimensional (2D) niobium oxydihalide NbOI 2 has been recently demonstrated
as an excellent in-plane piezoelectric and nonlinear optical material. Here we show that …

In this paper, we design and predict the structural, electronic, transport, and optical
properties of two-dimensional Janus GaIn XO (X= S, Se, Te) monolayers by using first …

Self-powered photodetectors with broadband and polarization-sensitive photoresponse are
desirable for many important applications such as wearable electronic devices and wireless …

Due to the asymmetric structures, two-dimensional Janus materials have gained significant
attention in research for their intriguing piezoelectric and spintronic properties. In the present …

We discuss and examine the stability, electronic properties, and transport characteristics of
asymmetric monolayers XWGeN2 (X= O, S, Se, Te) using ab initio density functional theory …

Inspired by the successfully experimental synthesis of Janus structures recently, we
systematically study the electronic, optical, and electronic transport properties of Janus …

In recent years, the energy crisis and global warming have been urgent problems that need
to be solved. As is known, thermoelectric (TE) materials can transfer heat energy to electrical …