Encoding quantum information and conveying it efficiently to a long-distant node using a single photon is essential for any communication between quantum nodes, and, at the same time, significant in quantum information security. Photons, as information carriers, fly with the highest speed in vacuum, and are insensitive to environmental disturbance. Further, quantum information can be encoded in the various degrees of freedom of a photon, such as polarization, orbital angular momentum, and frequency, among others, which can dramatically increase the information capacity of a quantum communication link.

Traditional perovskite materials hold promise for applications in solar cells, optoelectronic devices, catalysts, ferroelectrics, and quantum materials.

Thermoelectric material is a kind of functional material capable of directly converting thermal into electrical energy and vice versa. The thermoelectric devices produced from materials have the potential to collect and utilize low-grade waste heat that is discretely distributed, offering broad applications.

On March 13, the Department of Earth and Space Sciences (ESS) at the Southern University of Science and Technology (SUSTech) and the Seismological Bureau of Liaoning Province held a signing ceremony for a strategic cooperation agreement between both parties.

The American Geophysical Union (AGU) recently held its Annual Meeting 2023, where Shaoting FENG, a Ph.D. student from the Department of Earth and Space Sciences (ESS) at the Southern University of Science and Technology (SUSTech), received an Outstanding Student Presentation Award (OSPA).

Roaming reaction, as a special type of reaction mechanism in chemistry, was discovered and began to receive widespread attention in the early 21st century. The analysis of the mechanism of roaming reaction in current experiments and theories is limited to the low electronic state of molecules and related ground state products.