Heng Fan
Career History:

July 1990, graduated from Peking University;
In July 1996, received his Ph.D. from Northwestern University; May 1999 May - 2001 University of Tokyo, JSPS (JSPS), Special Fellow of foreigners;
In May 2001, May 2004, Technology Promotion Agency of Japan (JST) ERATOR, researcher (Researcher);
May 2004, November 2005, University of California, Los Angeles (UCLA), post-doctoral;
In November 2005, selected Chinese Academy of Sciences, "the introduction of outstanding talent from overseas," Hundreds, enter the CAS Institute of Physics, researcher / PhD supervisor. "973" Project Leader. Stanford University in the United States, United States, IBM Research Center, University of Oxford, University of Hong Kong, Chinese University of Hong Kong, National University of Singapore and expand access to collaborative research. Foreign collaborators, including M. Wadati (University of Tokyo) E. Yablonovich (University of California, Los Angeles), V. Roychowdhury (University of California, Los Angeles), S. Lloyd (MIT), V. Korepin (SUNY Stony Brook), S. Bose (University College London), V. Vedral (Leeds University)

Research Interests: 1. quantum computing and quantum information; 2. quantum information processing applications in condensed matter physics; 3. strongly correlated condensed matter systems; 4. statistical models and quantum field theory.
Research Experience

Published 70 SCI papers, of which three Phys.Rev.Lett, 7 Nucl.Phys.B. A review article (book chapter, Springer Publishing). Published articles are cited nearly 500 others.
From the beginning of this century, research focused on quantum computing and quantum information processing. The main work in this area are:
1. In the study of quantum cloning to obtain a series of results, which range from the stringer and the phase cloning research group first made in Italy, made more widely recognized, and was several experimental groups and in the optical system such as system implementation and validation of NMR ( articles are cited).
2. of the VBS state the nature of quantum entanglement, and that its existence and functions closely associated with the relationship.
3. In the quantum entanglement theory, quantum channel capacity, it is also making a series of results, which had first proposed the graded level of quantum entanglement concept.
IOP journal reviewer for the European (J.Phys.A, J.Phys.B, New J. Phys. Etc.). editorial board members.

Students 2-3 M.S. to cultivate every year
Tel 010-82649518
Email hfan@aphy.iphy.ac.cn