Bilateral Symposium on the Frontier Progress of
Condensed Matter Physics
Symposium Introduction
This symposium will mainly focus on the frontier research progress and related technologies of condensed matter physics. Interested teachers and students are welcome to make academic reports or participate in discussions. There is no charge for this seminar.
Organizer
Anhui University of Technology, China
University of Manitoba, Cananda
Time and place
Time：August, 2023
Schedule:
|
Beijing Time |
Canada Winnipeg Time |
Report time |
August 4 9:00~11:30 |
August 3 20:00~22:30 |
Place:
Tencent Conference, Number:166-984-064
Reports
Beijing Time |
Title |
Speaker |
9:00-9:30 |
Cavity Magnonics |
Can-Ming Hu |
9:30-10:00 |
Dynamical relaxation behaviors of a critical quench |
Chengxiang Ding |
10:30-11:00 |
Enhancement of photon blockade via topological edge states |
Jun Li |
11:00-11:30 |
Hyperon superfluidity in Λ hypernuclei |
Jing Guo |
Others to be determined |
About the Speakers
1. Can-Ming Hu is a professor at the University of Manitoba in Canada. He studied at Fudan University (B.S., 1988) and received a PhD degree from Würzburg University (1995). In 2018, he was an IEEE Magnetic Society’s distinguished lecturer, and gave more than 50 invited talks on Cavity Spintronics around the world. In 2019, he was elected as a fellow of the American Physical Society “For outstanding contributions to the fields of cavity spintronics and cavity magnonics”. His research focus is on the interplay between spin, charge, and photon in low-dimensional systems.
2. Chengxiang Ding, is a Professor of Anhui University of Technology. His main research interests are the phase transition and critical phenomena, and also the nonequilibrium behaviors of quantum many-body system.
3. Jun Li, PhD student of Tongji University and visiting PhD student of University of Manitoba. His research field is theoretical quantum optics and topological states of matter.
4. Jing Guo is a teacher at Anhui University of Technology, China. Her research mainly focuses on the theory of nuclear structure.
Others to be determined.
Contact us:
Tel: +86-19840153275
Email: dengxl84@ahut.edu.cn
