string(11) "List_daoshi"
Quantum Transport and Manipula

Graduate

Mentor and Research Field

  • Dapeng YU

    Chair Professor
    Research areas

     

  • Wenkang WENG

    Associate Professor
    Research areas
  • Hongtao HE

    Associate Professor
    Research areas

    ◆Physical properties of topological insulators;
    ◆Transport and magnetic properties of diluted magnetic semiconductors;
    ◆Quantum transport in low-dimensional semiconductor structures;

  • Liyuan ZHANG

    Associate Professor
    Research areas

    ◆ Study of graphene quantum physics

    ◆ Research on new devices and applications of graphene

    ◆ Study on two dimensional layered heterojunction

  • Yue ZHAO

    Associate Professor
    Research areas
  • Junfeng DAI

    Assistant Professor
    Research areas

    Electric and optical properties of carbonnanotubes.
    Spin current generation,transport and manipulationin non-magnetic semiconductors.

     

  • Junfeng LIU

    Assistant Professor
    Research areas

    ◆ Spintronics

    ◆ Single layer graphite Electronics

    ◆ Non center symmetry superconductor

  • Jiansheng WU

    Assistant Professor
    Research areas
  • Yuanzhen CHEN

    Assistant Professor
    Research areas

    ◆ Polaronic transport in organic molecular crystals. 
    ◆ Dynamics of molecular excitons in  organic molecular crystals. 

    ◆ Opto-electronic phenomena in mixed organic-inorganic perovskites. 



  • Haizhou LU

    副教授
    Research areas

    ◆ Quantum transport (Weak localization, Quantum anomalous

     Hall effect, Chiral anomaly, anomalous magnetoresistance) 

    ◆ Topological states of matter (Topological 

     insulator/superconductor/semimetal, 2D TMD) 
    ◆ Spintronics (Spin current/bias, single molecular magnet) 

  • Shuxian TONG

    Long-term Visiting Professor
    Research areas

    Surface science and technology research

  • Hu XU

    Associate Professor
    Research areas

    The surface reaction and surface catalytic mechanism of metal oxidesurfaces
    The structural, electronic, and optical properties of group-IV andmetal oxide semiconductor surfaces and nanostructures using first-principlescalculations

  • Kedong WANG

    Associate Professor
    Research areas

    High resolution Ultra-high vacuum Low temperature/Variable Temperature Scanning Tunneling Microscopy
    Electronic and dynamic properties of surface and surface nanostructures
    Atomic manipulation
    Spin dynamics and spintronics on surfaces

  • Gan WANG

    Assistant Professor
    Research areas

    Molecular Beam Epitaxy
    Synthesisof 1D semiconductor nanostructures
    Physics of Bismuthbased topological insulators

  • Xingqiang SHI

    Assistant Professor
    Research areas

    aceand interface structure, adsorption, self-assembly and dynamical process;electronic, magnetic and transport properties
    Molecular spintronics and spinterface science
    First-principles simulations, STM/STS simulations (with a tip), DFT+NEGFsimulations
    Dynamical LEED/LEPD analysis



  • Li HUANG

    Assistant Professor
    Research areas

     Computational design of new materials
     Nanostructure growth on Surfaces
     Structure and dynamic properties of surfaces

  • Yusheng ZHAO

    Chair Professor
    Research areas

    High-Pressure
    Neutron Diffraction Technology



  • Jiaqing HE

    Professor
    Research areas

    Transmission Electron Microscopy
    Thermoelctric Materials
    Structure and property relationship


  • Lang CHEN

    Professor
    Research areas

    Multiferroic complex oxides
    Strain and domain engineering
    Emergent materials and meta materials


  • Mingyuan HUANG

    Associate Professor
    Research areas

    Synthesis of low dimensional materials, such as graphene, carbon nanotube and MoS2
    Optical spectroscopy of low dimensional materials
    Mechanical properties of low dimensional materials

  • Chang LIU

    Associate Professor
    Research areas

    The technique of angle resolved photoemission spectroscopy (ARPES) and ultrahigh vacuum
    Electronic properties of iron-based high temperature superconductors
    Exotic electronic behavior in topological insulators and topologically nontrivial materials
    Electronic properties of graphene and related structures



  • Hongtao HE

    Associate Professor
    Research areas

    • Physical properties of topological insulators
      Transport and magnetic properties of diluted magnetic semiconductors
      Quantum transport in low-dimensional semiconductor structures
      Spin injection, transport, and detection in semiconductors
      Iron-based high temperature superconductors



  • Wenzhen WU

    Associate Professor
    Research areas

    纳米材料制备

    特性分析与应用 



  • Yueyue SHEN

    Associate Professor
    Research areas

     半导体材料结构研究
    纳米半导体材料微结构研究 



  • Gan WANG

    Assistant Professor
    Research areas

    Molecular Beam Epitaxy
    Synthesisof 1D semiconductor nanostructures
    Physics of Bismuthbased topological insulators

  • Yuanzhen CHEN

    Assistant Professor
    Research areas

    Polaronic transport in organic molecular crystals
    Dynamics of molecular excitons in organic molecular crystals
    Opto-electronic phenomena in mixed organic-inorganic perovskites

  • Shuxian TONG

    Long-term Visiting Professor
    Research areas

    Surface science and technology research

  • Hu XU

    Associate Professor
    Research areas

    The surface reaction and surface catalytic mechanism of metal oxidesurfaces
    The structural, electronic, and optical properties of group-IV andmetal oxide semiconductor surfaces and nanostructures using first-principlescalculations


  • Xingqiang SHI

    Assistant Professor
    Research areas

    Surfaceand interface structure, adsorption, self-assembly and dynamical process;electronic, magnetic and transport properties
    Molecular spintronics and spinterface science
    First-principles simulations, STM/STS simulations (with a tip), DFT+NEGFsimulations
    Dynamical LEED/LEPD analysis


  • Li HUANG

    Assistant Professor
    Research areas

     Computational design of new materials

     Nanostructure growth on Surfaces
     Structure and dynamic properties of surfaces

  • Hao WANG

    Assistant Professor
    Research areas

    Fractional quantum Hall effect
    Interacting two-dimensional electron system
    Graphene and flat-band lattices
    Spin dynamics simulations

  • Hao WANG

    Assistant Professor
    Research areas

    Fractional quantum Hall effect
    Interacting two-dimensional electron system
    Graphene and flat-band lattices
    Spin dynamics simulations

  • Weiqiang CHEN

    Associate Professor
    Research areas

    High-temperaturesuperconductors
    Topologicalinsulators
    Ultracoldatomic gases

  • Junfeng LIU

    Assistant Professor
    Research areas

    Spin-dependent electron transport in low-dimensional systems,including spintronics, monolayer graphite electronics and Josephsonsuperconductor junction


  • Jiansheng WU

    Assistant Professor
    Research areas

    superconductivity and strongly correlated system
    disordered system and amorphous solid
    topological insulator and topological superconductor
    superconducting qubits and quantum electronic circuit

  • Fei YE

    Associate Professor
    Research areas

    Topological insulator, the application ofGauge field theory in high-temperature superconducting, the application ofNumerical Methods in magnetic and strongly correlated electron systems, carbonnanotubes and graphene.

  • Yuanzhen CHEN

    Assistant Professor
    Research areas

    Polaronic transport in organic molecular crystals
    Dynamics of molecular excitons in organic molecular crystals
    Opto-electronic phenomena in mixed organic-inorganic perovskites

Related Links

  • 广东省深圳市南山区 学苑大道1088号 南方科技大学第二科研楼201物理系办公室
  • TEL+86-(0)755-88018200
  • FAX+86-(0)755-88018204
© 2015 All Rights Reserved粤ICP备14051456号