Professor Yin Maung Maung from the University of Yangon in Myanmar and His Delegation visited Chongqing University
From January 26 to 30, 2026, at the invitation of Associate Professor Wang Huaxin from the School of Optoelectronic Engineering at Chongqing University, Professor Yin Maung Maung and his team members, Dr. Chan Nyein Aung and Dr. Saw Lin Oo from the University of Yangon (Myanmar), paid a five-day visit to the School for academic exchange and collaboration.
This visit was sponsored by the University Network for Research Collaboration: A Belt and Road Science and Technology Initiative (iUNRC) Innovation Fund project, aiming to further promote in-depth cooperation in scientific and technological innovation and academic research among universities situated along the Belt and Road.
During the visit, Prof. Yin Maung Maung and his team delivered an insightful academic lecture focusing on the international frontier field of "Perovskite Quantum Dot Solar Cells." The event was attended by approximately 20 faculty members and students. The experts detailed their team's latest research achievements encompassing the preparation process of perovskite quantum dot materials, the regulation of optoelectronic properties, and the optimization of high-efficiency solar cell devices. In the interactive Q&A session, the attendees engaged in lively and profound discussions with the scholars from Myanmar regarding key technical bottlenecks, future development trends, and potential collaborative directions, contributing to a vibrant academic atmosphere.
This academic exchange not only provided a valuable opportunity for the faculty and students to engage with cutting-edge international research and broaden their academic horizons, but also further consolidated the friendly cooperative relationship between Chongqing University and the University of Yangon. Both sides expressed their commitment to seizing the opportunities presented by the iUNRC Innovation Fund to strengthen joint research and talent cultivation in key fields such as new energy materials and optoelectronic devices, working together to drive the output of high-quality research yields.
