Bachelor's degree in Physics Department of Jilin Normal University
1992.7- 1995.7:
Master of Physics Department of Northeast Normal University
Tutor: Professor Sun Changpu
Master thesis: the interaction between two-level atoms and quantized long-period standing wave light.
1995.7- 1998.7:
Lecturer in Computer Department of Changchun University
Teaching courses: assembly language, C language, numerical calculation method, etc.
Research interests: quantum computing and quantum communication.
1996.9- 1998.7:
Dr. Changchun Institute of Physics, China Academy of Sciences (now Changchun Institute of Optics, Fine Mechanics and Physics, Chinese Academy of Sciences).
Tutor: Yu.
Doctoral thesis: Quantum optical states and their interaction with two-level atoms.
1998.7-2000.7:
Postdoctoral fellow, Institute of Physics, Chinese Academy of Sciences
Tutors: Professor Shao Huapan and Professor Yang Guozhen.
Research projects: Ising thin films and superlattices and quantum optics.
2000.3-2000.5:
Visiting scholar, Kennitz University of Technology, Germany.
Collaborators: Dr. Uwe Grimm and Professor. Michael schleiber
Research projects: tracing diagram and anti-tracing diagram methods, one-dimensional quasicrystals.
2000.7-200 1.7:
Assistant Professor, Institute of Physics and Astronomy, Aarhus University, Denmark.
Tutor: Professor Klaus Molmer
Research projects: multi-particle entanglement, quantum computing and spin squeezing.
200 1.7-2002.7:
Foundation of Institute of Scientific Exchange, postdoctoral researcher in Italy.
Tutor: Dr. Paul Zanaldi and Professor. Mario Lasetti
Research projects: entangled fermions, operator entanglement and quantum algorithms.
2003.6-2003.9:
Visiting Scholar, Nonlinear Research Center, Hong Kong Baptist University
Tutor: Professor Hu Xiaoping.
Research project: Angle process in nonlinear quantum system.
2002.6-2004.2:
Researcher, Quantum Optics and Quantum Information Research Group, Department of Physics, Macquarie University, Sydney, Australia
Tutor: Professor Barry C Sanders
Research projects: quantum entanglement, spin squeezing and quantum chaos.