導師資訊

S35-8B, Staff Quarters, University of Macau, Macau, China

澳門大學

澳門大學-應用物理及材料工程研究院

https://iapme.um.edu.mo/people/academic-staff/xing-guichuan/

新型钙钛矿光电子器件开发

Development of novel perovskite optoelectronic devices

0809 电子科学与技术

0809 电子科学与技术

We are seeking candidates with a strong academic background in Electronic Science and Information Technology, Materials Science, Optoelectronics, or closely related fields. Ideal applicants should have solid research experience in areas such as perovskite materials, photoelectric devices, semiconductor physics, or device fabrication and characterization. Prior hands-on experience with perovskite optoelectronic devices (e.g., solar cells, LEDs, photodetectors) will be considered a strong advantage. Candidates should be highly motivated, capable of independent research, and exhibit good teamwork and communication skills.

My research program is strategically centered on the development and fundamental understanding of novel metal-halide perovskite semiconductors for next-generation optoelectronic devices. The work leverages a synergistic combination of advanced materials engineering, ultrafast spectroscopy, and device physics to address key challenges in performance, stability, and functionality. 1. FDCT Project; 0046/2025/RIB1; Project title: Preparation and mechanism of highly efficient perovskite light emitting diode/photodetector bi-function devices; Duration: 14/09/2025-13/09/2028. 1,943,000MOP. 2. FDCT Project; FDCT-0060/2023/RIA1; Project title: All-optical dynamic control of perovskite microlaser; Duration: 01/12/2023-30/11/2026. 2,270,000MOP. 3. MYRG, MYRG-CRG2025-00024-IAPME, Project title: Design of electron transport layer and optimization of device preparation for high-performance green-light perovskite photoelectric reversible conversion devices; Duration: 01/01/2026-31/12/2027; 640,000MOP

7

18

10

1. FDCT Project; 0046/2025/RIB1; Project title: Preparation and mechanism of highly efficient perovskite light emitting diode/photodetector bi-function devices; Duration: 14/09/2025-13/09/2028. 1,943,000MOP.
2. FDCT Project; FDCT-0060/2023/RIA1; Project title: All-optical dynamic control of perovskite microlaser; Duration: 01/12/2023-30/11/2026. 2,270,000MOP.
3. MYRG, MYRG-CRG2025-00024-IAPME, Project title: Design of electron transport layer and optimization of device preparation for high-performance green-light perovskite photoelectric reversible conversion devices; Duration: 01/01/2026-31/12/2027; 640,000MOP.