Condensed matter experiment
凝聚态实验

 

  • Low temperature and quantum transport
    • Du,  Ruirui: Fractional quantum Hall effect; topological insulator/superconductor.
    • Lin,  Xi: Mesoscopic physics; low temperature physics.
    • Wang, Jian: Low dimensional nano material and quantum device.
    • Wei, Jian: Mesoscopic physics; nanoscience and nanotechonology; superconductivity; low temperature physics; spintronics.
    • Zhang, Chi: Fractional quantum Hall effect, Non-equilibrium Transport in 2DEG under Microwave.
    • Chen, JianHao: In-situ quantum transport measurement of low-dimensional electronic materials (electronic states) and nano devices under ultra-high vacuum environments.
  • Spectroscopy and high-resolution detection
    • Jiang, Ying: Ultrahigh-resolution scanning tunneling microscopy/spectroscopy(STM/STS); low dimensional nanostructures; single molecules.
    • Li, Yuan: Neutron diffraction, neutron spectroscopy, Raman spectroscopy, growth of single crystals; unconventional superconductivity, novel magnetism, strongly correlated electron systems.
    • Qiu, Ziqiang: Magnetic nanostructures by MBE, ARPES, etc. ;
    • Ren,  Zefeng: Ultrafast surface nonlinear spectroscopy; Time-resolved two-photon photoemission spectroscopy; Surface photocatalytic dynamics; Ultrafast surface electron dynamics.
    • Sun,  Dong: Ultrafast spectroscopy characterization of nanostructures and novel  materials, high power THz generation and THz spectroscopy,CVD growth of graphene; nanophotonics, especially graphene based optoelectronics; low dimensional physics.
    • Wang, Nanlin: Strongly correlated electron systems and unconventional superconductivity, competing orders and collective phenomena in complex electronic materials; primary experimental tools include infrared and optical spectroscopy, time-domain THz spectroscopy and ultrafast pump-probe technique.
    • Zhang, Yan: Angle-resolved photoemission spectroscopy study on the novel electronic structure in correlated materials. Tuning the properties of low-dimensional electronic state (surface and interface) by surface manipulation and MBE techniques. 
  • Spin and Low-Dimensional Magnetism
    • Chen, Jian Hao: Induced magnetism in single and bilayer graphene, MBE-type Growth and in situ electronic transport measurement of topological insulator thin films;
    • Jia, Shuang: Experiments on strongly correlated electron systems, including quantum phase transitions in weak ferromagnets, Kondo systems and topological insulators.
    • Shi, Jing: Experiments on magnetism, semi-conductor and low-dimensional systems, in particular Carbon-based spintronics and new materials for spintronics.
    • Han, Wei: Spintronics in low dimensional materials, Novel materials and interface states, Molecular beam epitaxy.
  • AMO experiment and precision measurement
    • Zhang, Xibo: Ultracold strontium atoms and precision measurement; making and probing novel strongly correlated states with high-spatial-resolution microscopy and high-frequency-resolution laser spectroscopy; interacting topological quantum states.

低温和量子输运凝聚态物理实验

杜瑞瑞分数量子霍尔效应;拓扑绝缘子/超导体。

林熙:介观物理和低温物理。

王健:低维纳米材料和量子器件。

危健:介观物理实验,纳米科学技术,超导器件和超导机制,低温物理,自旋运输。

张弛:二维电子和空穴气中的量子运输实验。

陈剑豪:低维纳米电子材料和器件的物理研究与原位运输表征。

谱学及高分辨率探测凝聚态物理实验

江颖:实验手段、超高空间、时间和能量分辨的扫描探针系统的研制;低纳米结构和单分子。

李源:强关联电子材料、非寻常超导材料的实验研究。

邱子强:用分子束外延生长低维超薄膜,并用光学和x射线等手段研究低维磁性材料。

任泽峰:表面动力学实验研究,主要运用时间分辨表面超快光谱和双光子电子谱等方法研究表面光催化动力学。

孙栋:纳米材料及器件超快动力学实验研究,材料超快光谱及光电流谱,THz产生及材料THz光谱性质,CVD生长石墨烯材料。

王楠林强关联电子系统、非常规超导电性,以及复杂电子材料的竞争序与多体合作现象;主要实验工具包括红外光谱,时域太赫兹光谱和超快泵浦探测技术。

张焱:利用角分辨光电子能谱技术,研究关联电子材料中的奇异电子结构。利用表面处理技术和分子束外延调控表面和界面的低维电子态。

自旋及低维磁性凝聚态物理实验

陈剑豪:低维纳米电子材料和器件的物性研究与原委运输表征。

贾爽:强相干电子系统,包括若铁磁体,近藤系统以及拓扑绝缘体的量子相变。

施靖:磁学、半导体及低维体系的实验研究,主要是碳基自旋电子学和自旋电子学新材料。

韩伟: 低维材料的自旋电子学, 新颖材料和界面态,分子束外延。

AMO实验及精密测量

张熙博:超冷锶原子及精密测量。利用高空间分辨率光学显微技术和超稳定激光光谱技术,构造和探测强关联态。对相互作用拓扑量子态进行研究。