Condensed matter theory
凝聚态物理理论

  • Liu, Xiong-Jun: Condensed matter theory: topological phases of quantum matter, topological superconductor, anomalous Hall effect; Ultra-cold atoms: simulation of topological phases, synthetic spin-orbit coupling and gauge fields, many-body physics;
  • Niu, Qian: Geometric phase, topological effect, quantum transport, nanostructure and nano device, ultra-cold atoms;
  • Shindou, Ryuichi: Topological aspects of condensed matter physics; Berry phase effects in quantum transport, quantum magnetism;
  • Shi, Junren: Anomalous properties related to spin-orbit coupling, quantum transport in  low dimensional systems, topological aspects in condensed matter physics, superconductivity;
  • Sun, Qingfeng: Quantum transport; Spintronics and topological insulator; quantum dot; grapheme; superconductor; Strongly correlated electron systems and Kondo effect; the system with spin-orbit interaction; and the quantum transport in DNA and protein;
  • Wang, Fa:Strongly correlated electrons; iron-based high temperature superconductivity; systems with both strong correlation and strong spin-orbit coupling;
  • Wu, Biao: Ultra-cold atoms, quantum thermalization, quantum algorithm, geometric phase, quantum chaos, nonlinear dynamics;
  • Xie, Xincheng: Quantum Hall effect; charge and spin transport in low-dimensional quantum systems; correlated electron systems

  • 刘雄军凝聚态理论:量子物质的拓扑相,拓扑超导体,反常霍尔效应。超冷原子气:拓扑相模拟,人工自旋轨道耦合及规范场,多体物理;
  • 牛谦几何相位,拓扑效应,量子输运,纳米结构和量子器件,超冷原子气;
  • Shindou, Ryuichi: 凝聚态物理中的拓扑效应:量子输运中的贝里效应、量子磁学、拓扑绝缘体/超导体;自旋电子学、自旋轨道耦合系统;
  • 施均仁自旋-轨道耦合相关奇异物性、低维系统量子输运、凝聚态物理中的拓扑效应、超导;
  • 孙庆丰量子输运、自旋电子学和拓扑绝缘体、量子点、石墨烯、超导材料、多体强关联体系和近藤效应、自旋-轨道耦合体系,以及DNA和蛋白质的量子输运性质研究;
  • 王垡强关联电子系统如阻挫量子磁性和自旋液体,铁基高温超导理论,同时具有强关联效应和强自旋轨道耦合的系统如铱氧化物;
  • 吴飙超冷原子气,量子热化,量子算法,几何相位, 量子混沌, 非线性动力学;
  • 谢心澄量子霍尔效应、低维量子体系中的电荷及自旋输运、关联电子系统。