报告题目：麦克斯韦的其他恶魔

报告人：谢长泽  The University of Tokyo

报告时间：2020年8月20日 14：00-15：00

会议链接：https://meeting.tencent.com/s/NYPvOfNgjUUb

会议ID：258 199 389        邀请人：马承德、郭星雨

报告摘要：由詹姆斯·克莱克·麦克斯韦（James Clerk Maxwell）创造的麦克斯韦恶魔，证明了热力学的第二定律可能会被违反，这使我们对热力学中时间非对称性的理解更加清晰。 也有恶魔揭示了我们自然界中其他对称性的崩溃。 在这个研讨会上，我将通过指出电磁的全量子理论中的电和磁的不对称性（电磁双重性的崩溃）来讨论出现在麦克斯韦自己的电磁理论中的恶魔。

个人简介：

（1）Education：
2006 B.S. Electric Engineering, minor in Physics and Mathematics, National Tsing Hua University, Taiwan, R.O.C.; 
2011 M.S. Physics, National Taiwan University, Taiwan, R.O.C., 
Thesis: Shear Viscosity in Scalar Field Theories,
Thesis Adviser: Jiunn-Wei Chen；
2017 PH.D. Physics, University of Illinois at Urbana-Champaign,USA, 
Thesis: Symmetry-protected topological phases and quantum anomalies, 
Thesis Adviser: Shinsei Ryu；
（2）Working Experience：
2017-2020 
ISSP Research Fellow, The Institute for Solid State Physics, the University of Tokyo, Japan;
Project Researcher, Kavli Institute for the Physics and Mathematics of the Universe, Japan;
2020-
Special Postdoctoral Researcher, Condensed Matter Theory Laboratory, RIKEN, Japan;
(3) Fellowship/Awards/Honors
2016 
Harry G. Drickamer Research Fellowship, UIUC, USA;
Kavli IPMU Postdoctoral Fellowship, Kavli IPMU, Japan;
2018
Strings 2018 Fellowship, Strings 2018 Conference, Japan;
2019
Special Postdoctoral Researcher Fellowship, RIKEN, Japan; 
PRL Editors’ Suggestion , Physical Review Letters (APS), USA;
(4) Grants
2019-2023 JSPS, 
Grants-in-Aid for Scientific Research (Early-Career Scientists), 
Principal Investigator, 3,510,000 JPY,   
Project Title: Topological aspects of quantum many-body systems: Symmetry-protected ingappable phases and anomalies
(5) Organization  
2018 Workshop on Recent Developments in Chiral Matter and Topology
(6) Referee Experience
Physical Review Letters; Physical Review X; Physical Review Research; 
Physical Review B; Communications in Mathematical Physics; 
Journal of High Energy Physics; 
Progress of Theoretical and Experimental Physics

现已有 11 篇已发表文章；330+ 的引用数；h-index 10;
1 篇 Physical Review Letters (Impact Factor: 8.385);
1 篇 PRL Editors’ Suggestion (Impact Factor: 13; Top 5% of all research outputs scored by Altmetric; https://phys.org/news/2019-10-uncover-anomaly-electromagnetic-duality-maxwell.html)。