学术活动
-
2025-1223
报告题目：Relativity in statistical mechanics and black holes报 告 人：Jinwu Ye, Great Bay University报告时间：2025年12月23日10：00报告地点：物理楼W361报告摘要：Albert Einstein made pioneering contributions to the special theory of relativity, the statistical mechanics, the quantum mechanics and the general theory of relativity. Near to the end of his life, Einstein has two goals to achieve: in...
-
2025-1225
报告题目：The Art of Bootstrap: An Analytic Regression Path to Precision Physics报 告 人：Xiaoyuan Zhang 张晓源 (Massachusetts Institute of Technology)报告时间：2025年12月25日14：00报告地点：物理楼W260内容摘要：In precision studies of the Standard Model, obtaining exact analytic expressions for physical observables is important for both phenomenological predictions and theoretical insights, yet...
-
2025-1225
报告题目：Micro Black Holes may be Dark Matter of the Universe报 告 人：Misao Sasaki (Kavli Institute for the Physics and Mathematics of the Universe)报告地点：物理楼W101报告时间：2025年12月25日 16:00内容摘要：Primordial black holes (PBHs) are black holes which are believed to have formed in the very early Universe. Recently an idea that asteroid mass PBHs may be dark matter of the Universe is ...
-
2025-1222
报告题目：Linking Primordial Physics to Late-Time Observables with Projected Statistics报 告 人：Zucheng Gao 高祖铖 (Centre national de la recherche scientifique, France)报告时间：2025年12月22日13：30报告地点：物理楼W260内容摘要：The ΛCDM model has provided a remarkably successful framework for understanding cosmic evolution, yet some of the most profound questions in physics remain open: What...
-
2025-1225
报告题目：Diverse Moiré Exciton Physics in 2D Superlattices报 告 人：胡晨,香港中文大学物理系报告时间：2025年12月25日10：00报告地点：物理楼W105内容摘要：Moiré superlattices, created by combining low-dimensional materials with small lattice mismatches or different orientations, offer a powerful platform for exploring fascinating physical phenomena [1-4]. Recent advances in optical spectroscopies ...
-
2025-1218
报告题目：A“true”Weyl semimetal in (Cr,Bi)2Te3: Frontiers in magnetism & topology in quantum materials报 告 人：Ilya Belopolski (Nanyang Technological University)报告时间：2025年12月18日（周四）14:00报告地点：物理楼W105摘要：Weyl semimetals are crystals where electronic quasiparticles take the form of Weyl fermions [1]. Such emergent Weyl fermions are massless, chiral and topological—potenti...
-
2025-1216
报告题目：Unraveling Superradiance——Semiclassical Nature and Spontaneous Spin Ordering报 告 人：张鑫，慕尼黑工业大学报告时间：2025年12月16日15:00报告地点：物理楼W260内容摘要：Superradiance stands as a hallmark phenomenon in collective quantum optics. I will show the unraveling of superradiant dynamics into individual quantum trajectories via homodyne detection. Remarkably, despite the presenc...
-
2025-1218
报告题目：半导体腔量子电动力学报 告 人：刘进 中山大学物理学院报告时间：2025年12月18日 16:00报告地点：物理楼W101内容摘要：由单个光子和单个原子组成的腔量子电动力学系统是传统量子物理和现代量子信息技术中的基本单元之一。在半导体芯片上实现人造原子和光学微腔的耦合，可以极大地增强光与物质相互作用强度，缩小器件尺寸，提高系统可扩展性。 本报告将聚焦 确定性量子点 - 微腔耦合器件的大规模精准制备。 在此基础上...
-
2025-1218
报告题目：Hall Crystals and Chiral Cavity Control—— Correlation and Topology in Quantum Materials报 告 人：Ze-Xun Lin, the University of Cambridge报告时间：2025年12月18日10：30 时间地点：物理楼W105会议室内容摘要: Recent advances in moire materials and cavity quantum electrodynamics have opened new pathways to engineer correlated and topological phases of matter. In this talk, I will present t...
-
2025-1210
报告题目：Exotic Exciton Condensation and Condensation Breaking报 告 人：杜瑞瑞，北京大学物理学院讲席教授报告时间：2025年12月11日 16:00报告地点：物理楼W101内容摘要：Exciton condensation and exciton insulators are at the frontier areas in current quantum materials research, potentially leading to the emergence of new phenomena and physics. Traditional studies utilize laser excitation to generate...
