南方科技大学近期在多个前沿领域取得重要科研进展，多项成果相继发表于国际顶级学术期刊。[1]
其中，深港微电子学院王中锐课题组基于忆阻器存算一体的神经场重建系统研究成果发表于《Nature》。[1]许宗祥教授团队关于高性能钙钛矿光伏自组装单分子层的研究成果发表于《Nature Synthesis》。[1]何振助理教授团队研制的仿生复合材料成果发表于《Nature Communications》。[1]
在应用研究方面，戴建生院士团队与深圳市第二人民医院合作的成果发表于《IEEE/ASME Transactions on Mechatronics》。[1]王宏强副教授团队研制的超薄柔性机器人厚度仅970微米，相关成果发表于《Nature Communications》。[1]在生命科学领域，贾宁副教授团队揭示了细菌Retron-Eco8免疫系统机制，成果发表于《Nature Communications》；[1]曹惠玲副教授团队阐明了骨质疏松治疗机制，研究成果同样发表于《Nature Communications》。[1]
Southern University of Science and Technology (SUSTech) has demonstrated significant progress across multiple cutting-edge research domains, with several findings published in top-tier scientific journals. [1]
The Deep-Hong Microelectronics Academy's research team led by Wang Zhongrui published their work on neuromorphic field reconstruction based on memristor in-memory computing architecture in Nature. [1] Additionally, Professor Xu Zongxiang's team achieved results on high-performance perovskite photovoltaic self-assembled monolayers, which appeared in Nature Synthesis. [1] Assistant Professor He Zhen's group developed biomimetic composite materials featured in Nature Communications, while Vice Professor Wang Hongqiang created an ultra-thin flexible robot with a thickness of only 970 micrometers, also published in Nature Communications. [1]
Beyond materials science and engineering, the university has made contributions to life sciences and medical applications. Vice Professor Jia Ning's team revealed the immune system mechanism of bacterial Retron-Eco8, published in Nature Communications. [1] Additionally, Vice Professor Cao Huiling's team clarified the treatment mechanism of osteoporosis, with findings published in Nature Communications. [1] In collaboration with Shenzhen Second People's Hospital, Academician Dai Jiansheng's team produced research on medical robotics that was featured in IEEE/ASME Transactions on Mechatronics. [1]
