Universal Clusters and Crystalline Correlation in Mass-Balanced Fermion Mixtures - Xiaoling Cui

Explore universal clusters and crystalline correlation in mass-balanced fermionic mixtures in this 46-minute conference talk by Xiaoling Cui from IOP-CAS. Delve into the intricacies of few-body physics near unitarity, examining cluster bound states, relative angular momentum, and high-order correlations. Investigate the parallel molecule transition, phase diagrams, and crossover phenomena in physical regions. Gain insights into the latest research findings and engage in a thought-provoking discussion on the opportunities and challenges in this field. Recorded as part of the Kavli Institute for Theoretical Physics conference on "Opportunities and Challenges in Few-Body Physics: Unitarity and Beyond," this talk offers a comprehensive overview of current developments in atomic and nuclear physics, highlighting the connections between different research areas through universality principles.

Intro
Opportunities and challenges in fewbody physics
Cluster bound state
Outline
Relative angular momentum
Highorder correlation
Parallel molecule transition
Phase diagram
Crossover
Physical region
Summary
Results
Discussion