Reflection high-energy electron diffraction (RHEED) is widely used to characterize the
surface structure of single crystals. Moreover, RHEED has become a standard tool to …

Excited by the great success of metal halide perovskites in the optoelectronic and electro-
optic fields and the interesting emerging physics (Rashba splitting, quantum anomalous hall …

A full range of optoelectronic devices has been demonstrated incorporating hybrid organic–
inorganic halide perovskites including high-performance photovoltaics, light emitting diodes …

We have predicted stable reconstructions of the (100) and (111) surfaces of NaCl using the
global optimization algorithm USPEX. Several new reconstructions, together with the …

The growth of epitaxial semiconductors and oxides has long since revolutionized the
electronics and optics fields, and continues to be exploited to uncover new physics …

In this chapter, we introduce the progresses in the epitaxy and strain engineering of halide
perovskites. In the design of advanced optoelectronic and electronic devices featured by …

UnwarpCalculator is a command-line utility developed to calculate intensity distribution in
reciprocal space. The program uses CIF syntax input files and can work either with periodic …

Inspired by the theoretical work suggesting a simple method to predict the charge transfer
between any chosen transition metal oxide (TMO) at their interface, this study provided …

Organic single crystals are often shown to have significantly improved optoelectronic
properties over polycrystalline thin films such as exciton diffusivity and carrier mobility. There …

Organic semiconductors have shown exceptional opportunities for manipulating energy in a
range of structures in light-emitting diodes, lasers, transistors, transparent photovoltaics, etc …