【学术视频】第九届量子多体系计算研讨会 | 西北理工大学赵阳研究员
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题 目:Entanglement entropy of fermions on disordered lattices following a global quench
报告人:赵阳
单 位:Northwestern polytechnical University
时 间:2019-04-20
地 点:中国人民大学
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报告提纲
1. Entanglement entropy and quantum many body computation.
① Volume law and area law
2. Quantum quench and Lieb-Robison bound.
3. Entanglement dynamics of 1D disordered chains.
① Analytical results from conformal field theory(CFT)
② Numerical results of exactly diagonalization (ED)
4. Entanglement dynamics of fermions on a disordered 2D lattice.
①Potential disorder
②Percolation
③Bond disorder
5. Conclusion and open problems.
个人简介
yang zhao,Northwestern polytechnical University.
2013-2014: MSE, NTU, Singapore, Research fellow.
2014-2016: University of Manitoba, Canada, Postdoc.
2016-2017: APCTP, POSTECH, Korea, Postdoc.
2017-Now: NWPU, China.
Research:
1. Entanglement dynamics of low dimensional disordered systems
2. Many-body localization
3. Density Matrix Renormalization Group and Tensor network algorithms●【学术视频】第九届量子多体系计算研讨会 | 丁文新:Dynamical t/U Expansion of a Doped Hubbard Model
●【学术视频】第九届量子多体系计算研讨会 | 李晓鹏:Quantum information scrambling with hard-core fermions
●【学术视频】第九届量子多体系计算研讨会 | Zi Cai:Dynamical universality in open quantum many-body systems
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