（Great Bay University/Mississippi State University）

Abstract：

We will try to establish the connections between the transformation laws of a finite temperature and finite chemical potential discovered in my recent works and the previous known  Covariant formulation of quantum field theory at a finite Temperature and finite chemical potential in the special case (B).
 We will also propose the covariant formulation of the W-GKP relation of the AdS/CFT at a finite Temperature and finite chemical potential, its possible impact on
 the HRT formula which is a covariant extension of the RT formula to a time dependent space-time to calculate the holographic  entanglement entropy (EE).
 We also comment on possible connections with the Time-like EE which may play important roles in the still mysterious dS/CFT correspondence.

Speaker: Prof. Jinwu Ye（Great Bay University/Mississippi State University）
Prof. Ye received his Ph.D. from Yale University. Now he is a Professor at Mississippi state university. Currently, he is a visiting professor at the newly found Great Bay university in Dongguan, Guangdong, China. He is a condensed matter theorist  working on the interdisciplinary field of  condensed matter, quantum optics, cold atoms, non-relativistic quantum field theory, Turbulence and conformal field theory. Recently, he has been particularly interested to explore possible deep connections among quantum/topological phases, Sachdev-Ye-Kitaev models and quantum black holes from material's point of views.

Inviter：Wuming Liu(82649249)