Our team focuses on advanced semiconductor materials required by trillions of industries such as optoelectronics, energy, and environmental protection. Focus on the research on the controllable preparation mechanism and key technical issues of low-dimensional structural materials such as oxides, nitrides, and perovskites, arounding applications such as new displays, green energy-saving, transparent conductivity, and smart sensing. Specifically include the following five aspects:
1. Key technology of Micro-LED
2. Key technology and applications of ZnO UV light source
3. Key technology of transparent electronics and thin-film transistors applications
4. Perovskite materials for luminescence and display
5. Low dimensional materials for sensing and environmental applications
[2021.06.28] | |
[2021.06.01] | |
[2021.04.25] | |
[2020.12.31] | |
[2020.11.30] |
[2026-04-23] | Improved Uniformity of Electrical Injection Enables Bright and Suppressed Efficiency Roll-Off Inverted Light-Emitting Diodes Based on FAPbBr3. |
[2026-03] | Hu, DA; Ye, ZZ; Gu, XQ; Lu, JG. Room-temperature gas sensors: Fundamentals, mechanisms, materials, performance enhancement strategies, and applications. Materials Science & Engineering R-Reports 169(2026) 101207. |
[2026-02] | Sun, LL; Hu, HW; Duan, GS; Luo, B; Zheng, SA; Bao, Z; Chen, DH; Zhou, MJ; Zhang, K; Wang, Y; Huang, JY; Ye, ZZ. Simultaneous Construction of Hydrophobic Environment and Optimized Ion Channels in V2O5 for Zinc Ion Batterie. Carbon Energy (2026). |