Yang-Gaudin model: Mathematical toy model goes into lab

发布时间：2024-09-26 作者：浏览次数：

Speaker:	管习文	DateTime:	2024年9月28日（周六）15：30--17：30
Brief Introduction to Speaker: 管习文研究员，1998年吉林大学博士毕业后在德国和巴西从事博士后研究。2003-2012期间，担任澳大利亚国立大学（ANU）物理与工程研究院研究员、高级研究员，自2012年10任中科院精密测量科学与技术创新研究院的研究员、ANU荣誉教授，香港中文大学杨振宁学人，《Journal of Physics A》执行编委。主要从事冷原子和自旋系统的严格解研究，取得了一系列在具有国际影响力的研究成果，提出的多项理论预言已被实验验证，至今发表近150篇SCI论文，发表期刊包括《Science》、《Review of Modern Physics》、《Nature》子刊、《Physical Review Letters》等。		Place:	六号教学楼二楼学术报告厅
Abstract:It has long been appreciated that exactly solved mathematical models describing the statistical mechanics of interacting particles have played a key role in the development of formerly unrelated areas of mathematics and theoretical physics. However, over the past two decades striking experimental achievements in trapping and cooling atoms in one-dimensional optical waveguides have provided remarkable realisations of exactly solved models in the lab. In particular, the study of interacting fermions provides a unique environment to explore novel quantum many-body effects like quantum liquids, criticality, nonequlibrium thermodynamics, generalized hydro -dynamics, transport and metrology in one dimension. In this talk, I will describe some fundamental concepts of quantum integrability of the Yang-Gaudin model, i.e. the 1D delta-function interacting Fermi gas, and their relevance to recent and future experiments with this mathematical toy model.

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