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  • Cai Duanjun

    Professor

    dcai@xmu.edu.cn

    (1)3D nanostructured semiconductor materials (GaN and ZnO nanorod array) and advanced optoelectronic devices (2)Superfine metals nanowires (pure and core-shell Cu nanosilks) and transparent conductive films (3)2D semiconductor films (h-BN atomic layers) and related optoelectronic devices (4)Nitride semiconductors and Deep-UV LEDs (5)Advanced nano-scopic characterization techniques (6)Bioluminescent proteins (firefly emitter) (7)First-principles calculations for multifunctional materials

  • Cai Weiwei

    Professor

    wwc@xmu.cn

  • Cao Xinrui

    Assistant Professor

    xinruicao@xmu.edu.cn

    Nanostructures: structural, electronic, optical and electron transport properties Material design and functionality Computational study of catalytic reaction mechanism

  • Cao Xiufeng

    Associate Professor

    xfcao@xmu.edu.cn

    I emphasize that my research interest on theory is prior to that on experiment.

  • Chen Hu

    Professor

    chenhu@xmu.edu.cn

  • Chen Jincan

    Professor

    jcchen@xmu.edu.cn

  • Chen Jin(陈晋)

    Associate Professor

    jinchen57721@xmu.edu.cn

    Quantum Field Theories, String Theories, Mathematical Physics

  • Chen Jin(陈进)

    Assistant Professor

    chenjin@xmu.edu.cn

    Simulation of polymers and Biological macromolecules

  • Chen Lixiang

    Professor

    chenlx@xmu.edu.cn

  • Chen Songyan

    Professor

    sychen@xmu.edu.cn

  • Chen Xiaohong

    Assisstant Professor

    xhchen@xmu.edu.cn

  • Dong Xinwei

    Assistant Professor

    dongxw@xmu.edu.cn

    Xinwei Dong's research focuses on the investigations on magnetic dynamic process in magnetic nanostructures by using micromagnetic simulations and the multiferroic property of rare-earth metal oxides, mainly include: 1. Investigation of the magnetic vortex state and switching processes and its potential applications in    information technology; 2. The magnetic domain wall propagation property in magnetic nanowires; 3. Investigation of the magnetic multiferroic in the rare-earth metal oxides.

  • Fang Taotao

    Professor

    fangt@xmu.edu.cn

    Galaxy formation and evolution; Observational extragalactic astronomy; Large scale structure

  • Fang Zhilai

    Professor

    zlfang@xmu.edu.cn

  • Guo Wenxi

    Associate Professor

    wxguo@xmu.edu.cn

    His research interests include: 1) Fabrication and construction of 1-D nanomaterias(such as ZnO, TiO2 and CoS) on flexible substrates. 2) Flexible energy conversion devices, such as flexible TCO-free transparent conducting films,  fiber and planar-shaped dye/quantum dotsensitized,  perovskite solar cells and electrochromic devices. 3) Design and fabrication of hybrid nanosystems for wireless sensing.

  • Gu Weimin

    Professor

    guwm@xmu.edu.cn

  • He Dahai

    Associate Professor

    dhe@xmu.edu.cn

  • He Guomin

    Associate Professor

    hgm69@xmu.edu.cn

    Study the electronic and optical properties of surfaces and interfaces employing the ab initio method,aiming to improve our understanding of the dynamics processes of growth and their particular properties.

  • holgermerlitz

    Professor

    merlitz@gmx.de

  • Hou Xu

    Professor

    houx@xmu.edu.cn

    Bio-inspired and smart multi-scale pore/channel systems, membrane science and technology, microfluidics, interfacial science, physical chemistry, electrochemistry, nano/micro fabrication for energy-saving and biomedical applications.

  • Huang Feng

    Associate Professor

    fenghuang@xmu.edu.cn

    Dark Matter Detection, Astroparticle Physics, Multi-wavelength Observation

  • Huang Kai

    Associate Professor

    k_huang@xmu.edu.cn

    Fabrication, characteristics and self-assembling mechanism of nanoscale structures.

  • Huang Qiaoling

    Assistant Professor

    qlhuang@xmu.edu.cn

    Exploring the structure-property relationships of TiO2 based materials. Designing/fabricating functional silkworm silk for biomedical applications such as bioimaging, bone regeneration. Investigating the biophysical aspects of cell adhesion. Protein adsorption

  • Huang Rao

    Associate Professor

    huangrao@xmu.edu.cn

    Computational modeling of low-dimensional materials Theoretical analysis on microstructures of surfaces, interfaces and nanoparticles Simulation research on mechanical and thermodynamic properties of nanomaterials Simulation research on phase transition and lattice dynamics of nanomaterials

  • Huang Shengli

    Professor

    huangsl@xmu.edu.cn

    Nanoscience, Semiconductor, Magneto-optic crystal, Photocatalysis, Sensor

  • Huang Wei

    Assisstant Professor

    weihuang@xmu.edu.cn

  • Kang Junyong

    Professor

    jykang@xmu.edu.cn

  • Li Aihua

    Assistant Professor

    ahli@xmu.edu.cn

    Ø Synthesis and application of efficient lanthanide-doped upconversion submicro-/nanophosphors Ø Basic physical issue in luminescence of lanthanide-doped upconversion nanophosphors Ø Influence of metal microstructure on luminescence of lanthanide-doped phosphors

  • Li Ang

    Associate Professor

    liang@xmu.edu.cn

    Nuclear astrophysics; High energy astrophysics related to compact stars, dark matter, gamma-ray bursts and supernova; Finite nuclei/hypernuclei, and the underlying nucleon interaction and hyperon interaction.

  • Li Cheng

    Professor

    lich@edu.cn

  • Li Kaihang

    Associate Professor

    khli@xmu.edu.cn

  • Li Mingzhe

    Professor

    mzli@xmu.edu.cn

    1. Quantum many-body system: the effect of interatomic interactions, trapping potential, space dimensionality, finite particle number on a Bose-Einstein condensate 2. Rydberg Atoms, Ion Atom Collisions (elastic and inelastic processes)

  • Lin Changxu

    Assistant Professor

    lincx@xmu.edu.cn

    1. Chemosensor based on colloidal and interface science; 2. Automation and AI in the laboratory

  • Lin Youhui

    Associate Professor

    linyouhui@xmu.edu.cn

    Synthesis and characterization of functionalized nanomaterials and their applications in artificial enzyme, biosensing, and logic device. Study of molecular recognition, biological functions of disease–related nucleic acids or proteins. Study of the nanomaterials-based biodevice, surface chemistry and nanomedicine.

  • Li Shuping

    Professor

    lsp@xmu.edu.cn

    Theoretical and experimental study of semiconductor optoelectronic materials and devices

  • Liu Baolin

    Professor

    blliu@xmu.edu.cn

  • Liu Tong

    Associate Professor

    tongliu@xmu.edu.cn

    Black hole accretion disks and relativistic jets Gamma-ray bursts, fast radio bursts, and supernovae Gravitational waves Neutrino astrophysics and nucleosynthesis Tidal disruption events Protoplanetary disks

  • Luo Shu

    Associate Professor

    luoshu@xmu.edu.cn

    Neutrino Astrophysics & Neutrino Cosmology Phenomenology of Neutrino Oscillation

  • Lu Weifang

    Associate Professor

    weilu.weif@xmu.edu.cn

    Selective area growth by MOCVD, nitride-based micro-LED material and devices, porous SiC related photodetectors

  • Lu Xiancong

    Associate Professor

    xlu@xmu.edu.cn

  • Lv Tieyu

    Associate Professor

    mailoliver@126.com

    Computational simulation research of low dimensional materials

  • Ma Renyi

    Associate Professor

    ryma@xmu.edu.cn

    Black hole accretion disks Jets Cosmic rays

  • Ren Xuechang

    associate professor

    xuechangren@xmu.edu.cn

    Optical Holography, Micro- & Nano- Optics,Optical imaging and displaying technology

  • Shuai Jianwei

    Professor

    jianweishuai@xmu.edu.cn

    Cellular signaling network ,Cancer cell kinetics,Big data in medicine Neural network,Immune system dynamics

  • Su Guozhen

    Professor

    gzsu@xmu.edu.cn

    thermodynamical and statistical theory

  • Sun Zhijun

    Professor

    sunzj@xmu.edu.cn

    Micro/nano-Photonics; Functional photonic devices and systems

  • Wang Fuming

    Associate Professor

    fumingw@xmu.edu.cn

  • Wang Huiqiong

    Professor

    hqwang@xmu.edu.cn

    (a) Surface and interface physics of transition-metal oxides) (b) Interface behaviors of semiconductors and transition-metal oxides) (c) Thermoelectrics of perovskite transition-metal oxides)

  • Wang Jiao

    professor of physics

    phywangj@xmu.edu.cn

    Nonlinear dynamics, complex systems, and nonequilibrium statistical mechanics

  • Wang Jiayuan

    Assisstant Professor

    wangjiayuan@xmu.edu.cn

    2011.1-present Assistant Professor, Department of Physics, Xiamen University, China 2011 Ph.D Department of Physics, Peking University,China 2005 B.A  Department of Physics, Yunnan University,China

  • Wang Junfeng

    Professor

    jfwang@xmu.edu.cn

    co-evolution of galaxies and super massive black holes, star formation, multi-wavelength imaging observation

  • Wang Maoyuan

    Associate Professor

    mywang@xmu.edu.cn

    Method development and computational simulation of physical properties for topological materials, Condensed matter theory

  • Wang Ruifang

    Professor

    wangrf@xmu.edu.cn

  • Wang Xingzhi

    Professor

    xzwang@xmu.edu.cn

    Semiconducting optics; 2D magnets; low-dimensional condensed matter physics; opto-electronic devices

  • Wen Yuhua

    Professor

    wyh@xmu.edu.cn

    Nanostructures: stability, thermal, mechanical and electronic properties; Molecular dynamics simulations & first-principles calculations; Nanomechanics; Microscopic mechanism of materials damage.

  • Wu Chenxu

    Professor

    cxwu@xmu.edu.cn

    Soft condensed matter physics

  • Wu Jianyang

    Associate Professor

    jianyang@xmu.edu.cn

  • Wu Shunqing

    Professor

    wsq@xmu.edu.cn

    Computational simulation research of electrode materials for Li-ion/Na-ion batteries Structural and electronic properties of novel materials Computational modeling of liquid and amorphous systems

  • Wu Zhiming

    Professor

    zmwu@xmu.edu.cn

    1. Semiconductor nanomaterials and photovoltaic applications 2. Surface science and spin transportation

  • Xue Li

    Associate Professor

    lixue@xmu.edu.cn

    Accretion Disk, Instability, QPO, NDAF Numerical Method, Spectral Method, Computational technique, MPI, GPU

  • Xu Jun

    Associate Professor

    xujun@xmu.edu.cn

    Research Institute for Soft Matter and Biomimetics

  • Xu Qingchi

    Assistant Professor

    xuqingchi@xmu.edu.cn

    1. Recycle of various solid wastes to produce thermal insulation building materials, such as lightweight aggregates and panel 2. Synthesis of multifunctional nanomaterial for drug delivery and cancer cell killing 3. Semiconductor thin films (Ag, TiO2 and Bi2WO6) for water purification and solar cell applications 4. Heterogeneous Catalysis and supported catalysts

  • Yang Zhilin

    Professor

    zlyang@xmu.edu.cn

  • Ye Meidan

    Associate Professor

    mdye@xmu.edu.cn

  • Zhang Yong

    Associate Professor

    yzhang75@xmu.edu.cn

    heat conduction in low dimensional materials, nonequilibrium statistical physics

  • Zhang Yufeng

    Assistant Professor

    yufengzhang@xmu.edu.cn

    Electron and x-ray spectroscopies Surface/interface analysis of energy-conversion materials and devices

  • Zhang Zhipeng

    Associate Professor

    zpzhang@edu.cn

  • Zhan Huahan

    Associate Professor

    hhzhan@163.com

  • Zhao Hong

    Professor

    zhaoh@xmu.edu.cn

  • Zheng Jincheng

    Professor

    jczheng@xmu.edu.cn

    Energy Materials and Data Science (including High Performance Computing, Big Data Mining, Artificial Intelligence, Neural Network, Credit Risk)

  • Zhou Yinghui

    Associate Professor

    yhzhou@xmu.edu.cn

  • Zhuang Baohuang

    Associate Professor

    zbh@xmu.edu.cn

  • Zhu Zizhong

    Professor

    zzhu@xmu.edu.cn

    computational physics , Computational Condensed Matter Physics.

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