APM online Mini-Workshop on

“Quantum Dynamics in Ultracold Atomic Gases”

December 16, 2021, Wuhan

In recent years, quantum dynamics of interacting many-body systems has attracted much attention. Time evolution of many-body quantum systems gives rise to many interesting new quantum phenomena and has potential applications in new quantum technologies. Ultracold atomic gases offer an ideal platform for studying quantum dynamics. This online mini-workshop aims to focus on recent theoretical developments about this topic, including dynamics of quantum impurities, universal dynamics in the presence of time dependent interactions, and the application of exact solution methods.

Invited lecturers: Han Pu, Shizhong Zhang

Local invited speakers: Xiaoming Cai, Yu-Zhu Jiang, Xiangguo Yin

Organizer: Natan Andrei, Xiwen Guan, Shaojian Jiang

Sponsors:

Innovation Academy for Precision Measurement Science and Technology, Chinese Academy of Sciences

Program:

Morning:        Chair: Natan Andrei

9:00-10:00      Han Pu           “Quantum dynamics under strong coupling ansatz for strongly interacting 1D spinor quantum gases”     Rice University

10:10-10:10    Break

10:10-11:10    Shizhong Zhang     “Viscosity in p-wave quantum gases”    University of Hong Kong

11:10-12:00    Discussion

Afternoon:      Chair: Shaojian Jiang

2:30-3:10        Xiaoming Cai  “Three-particle quantum walks in 1D lattices and their applications in measurement of forces”       APM CAS

3:10-3:50        Xiangguo Yin  “Interaction quench dynamics of one-dimensional Fermi gas with single flipped spin”       Shanxi University

3:50-4:00        Break

4:00-4:40        Yuzhu Jiang    “Dynamical correlations of quantum spin chain”  APM CAS

4:40-5:20        Discussion

Join via Zoom

https://us02web.zoom.us/j/9153858749?pwd=RVNWdXh3Vk02YldFK1BlbUtVNUpCdz09

Meeting ID: 915 385 8749  Passcode: 202111