Multidimentional Nanospectroscopy Laboratory

The first Shanghai Conference on Ultrafast Dynamics of Complex Systems was successfully held, and You Xiao's team won the "Excellent Poster Award"

2025-04-29 12:08

April 25, 2025-The first "Shanghai Conference on Ultrafast Dynamics of Complex Systems" hosted by Shanghai Jiao Tong University has recently concluded successfully. With the themes of "International Frontier Exploration of Ultrafast Dynamics" and "Technology-driven Interdisciplinary Studies", this conference attracted many experts and scholars from home and abroad to participate in the discussion of the breakthrough application of ultrafast photon and electronic technology in multi-scale material science, as well as the essential laws of the dynamic behavior of complex systems at the femtosecond to attosecond time scale.

Teacher You Xiao attended the meeting as a special guest and delivered an academic report entitled "Multi-scale Study of the Liquid-Liquid Phase Separation Mechanism of the Natural Folding Enzyme Protein LplA". The content of the report was easy to understand and triggered heated discussions among teachers and students on site, adding important academic highlights to the meeting.

In addition, postdoctoral fellow Ni Yuqing and research assistant Gao Zimin from Teacher You Xiao's team performed well at the meeting. Not only did they have in-depth and efficient academic exchanges with their peers, but their collaborative posters also won the "Excellent Poster Award" of the conference for their innovation and academic value, and received a bonus of 500 yuan. This honor fully demonstrated the team's scientific research strength and cooperative spirit in the field of ultrafast dynamics.

This conference provided a high-level communication platform for the study of ultrafast dynamics of complex systems, and promoted the deep integration of interdisciplinary and technological innovation. The successful participation of You Xiao's team also injected new vitality into the future development of related fields.