学术报告

报告人：王  巍 博士

题  目：冷原子系统中的拓扑相与长程纠缠

 Topological order and long-range entanglement   in strongly interacting cold-atom systems

摘 要：Topological order in 2D defines a brand-new type of quantum phases. Non-abelian topologically ordered many-body systems are believed to be the best candidate for fault-tolerant quantum computation. Topological order has been shown closely related to the ground-state entanglement of many-body systems, and has thus refreshed our understanding of quantum phases and phase transitions. In this presentation, I will introduce the motivation and the basic ideas for realizing topological order in many-body-system models for strongly interacting cold-atoms systems and discuss the entanglement nature of certain such realized topological order.

简  介：王巍博士 现为德国马克思普朗克复杂系统研究所（Max Planck Institute for the Physics of Complex Systems）博士后研究员，从事多体量子系统的拓扑与纠缠性质研究。王巍博士于2017年毕业于美国俄克拉荷马大学物理与天文系并获得哲学博士学位。

时  间：2018年1月10日（周三）下午2:00

地  点：四川大学西五教319