Gao Xianlong

professor   Supervisor of Doctorate Candidates   Supervisor of Master's Candidates

Honors and Titles : Program for New Century Excellent Talents in University

Gender : Male

Alma Mater : University of Science and Technology of China

Education Level : Graduate student graduate

Degree : Doctorate

Status : 在岗

School/Department : College of Mathematics, Physics and Information Engineering

Date of Employment : 2007-03-29

Discipline : physics

Business Address : Science Building 29#-429

Contact Information : 0579-82298507, 667810(short)

Email :


Current position: Home >> Postdoctoral Position

Opening for Postdoctoral Research Fellows

  • Opening for Postdoctoral Research Fellows in Theoretical Physics

     

    Research Direction

    The group focuses on low-dimensional anomalous quantum transport properties (including thermalization and quenching of quantum systems, dynamics of quantum many-body systems, random matrix theory of non-equilibrium systems, analytical and computational dynamics, etc.), as well as on exotic quantum phase transitions properties and quantum control brought by topology, disorder and non-Hermtian. etc. (including quantum few-body and many-body strongly correlated systems, novel topological quantum matter and quantum control, quantum open systems and their properties, non-Hermitian properties). Our researches have been published in Phys. Rev. Lett., Phys. Rev. A/B/E (over 40, including Editors' Suggestions, Rapid Communications) etc..

     

    Research Group

    Gao Xianlong, Ph.D., graduated from University of Science and Technology of China in 2001 and did postdoctoral research at Ulm University (Germany), Scuola Normale Superiore (Pisa, Italy) and University of Missouri-Columbia (USA) from 2001-2008. He is currently a distinguished professor at Zhejiang Normal University and the chair of Physics Discipline.

    homepage: http://mypage.zjnu.edu.cn/gaoxianlong

    ORCID: http://orcid.org/0000-0001-6914-3163

     

    Application requirements

    1. Own a PhD in theoretical physics or a related field.

    2. Published papers, research interests and selected research topics should be in line with the development direction of the research group.

    3. Cooperate with the postdoctoral supervisor to complete the relevant scientific research work.

     

    Related treatment

    1. Annual salary of 250,000 RMB; 100,000 RMB research fund.

    2. The university can rent the housing, or provide rental subsidy of 1,200 RMB/month.

    3. Papers published/Excellent assessment during the postdoctoral position can enjoy the award of from the University and the research group, respectively.

     

    Application materials and contact information

    Contact person: Gao Xianlong,

    Tel: 13967487810,

    2-3 Postdocs positions (2-3 years) are recruited every year and this recruitment is valid for a long time, Suitable candidate (under 35 years old) are welcome to send their CVs, representative papers, research proposals and other materials to gaoxl@zjnu.edu.cn.


Personal Profile

Born at Anhui Province, Feixi, Ph.D., Professor,

In 1998, Anhui University Department of Applied Physics, Theoretical Physics, Bachelor, Master,

In 2001, University of Science and Technology of China, Department of Astronomy and Applied Physics, Condensed matter physics, Ph.D


Research Interests:

1. Quantum properties of low-dimensional Fermi gas: Studying the exotic quantum phases due to the fermion species, pairing, the external potential, and the interaction;

2. Density functional theory of low-dimensioanl system;

Homogeneous low-dimensional systems are strictly solvable in many cases (eg using the Bethe-Ansatz technique, Bosonization, etc.), and for the inhomogeneous systems they are more complicated and can often be solved by using density functional theory. We study the applications of the density functional theory in the model system. Related examples can be found in the application of density functional theory in the inhomogeneous Hubbard model, non-uniform Lieb-Wu model, Anderson model and Bose-Fermi mixed system. The same idea can be used to deal with disordered problems, finite temperature effects, various dynamical problems;

3. Numerical study of low-dimensional strong correlation system: By means of strict diagonalization and numerical renormalization group, we discuss the ground state, especially the correlation function of low-dimensional systems;

4. Excitation properties of low-dimensional strongly correlation systems: studying low energy excitation such as spin-charge separation phenomenon, spin-drag effect due to the relative motion of different types of fermions, and the use of variational methods and local density approximation to solve the finite temperature, low energy excitation mode.


For students:

I am currently tutoring several graduate students for scientific research. At the same time, I am organizing and supervising a number of junior undergraduates for research and develop their research interests.

See details at http://physics.zjnu.edu.cn/2016/0303/c2480a26226/page.htm

Research team http://course.zjnu.cn/qm/gao/