题 目： From Quantum Mechanics to Quantum Information 报告人： Xiangdong Li, Professor
Department of Computer Science and Department of Physics
City University of New York 时 间： 12月23日（星期三）, 14:30—15:30 地 点： 蒙民伟楼109会议室 摘 要：
Quantum mechanics is arguably the most successful quantitative theory of nature. The development of quantum information, an application of quantum mechanics, is discussed. Quantum decoherence is a crucial problem in the construction of a large quantum computer. A topological quantum computer is probably the way to make the system immune to the quantum decoherence. 简 历：
Professor Xiangdong Li received the M.S. in CIS and Ph.D. in Physics from the Graduate School of The City University of New York (CUNY). He is an associate professor in the CUNY Graduate School and the faculty member of Ph.D. programs in Computer Science and Physics. He is the director of half million dollar NSF grant "City Tech S-STEM" program, the director of DoD supported Information Security Lab at City Tech, and Coordinator of Information Security Module at City Tech supported by SFS NSF grant. Dr. Li teaches information security and network program for undergraduates, quantum information and cryptanalysis for graduate students. He is a member of City Tech College Council and CUNY Graduate School Council, a panel member of PSC-CUNY grant reviewers, NSF grant proposal reviewer, international conferences program chairs and session chairs, the mentors of high school students for the National Intel Competition. His research interests include quantum physics, quantum information and information security. His has published many in refereed journals and conferences. He received CUNY Salute to Scholars award in Fall 2004, Spring 2005 and Spring 2007, in honor of outstanding scholarly achievements.
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