题  目：ONE COMPONENT QUANTUM MECHANICS AND UNIVERSAL CONTROL THEORY

报告人：Wu Lianao教授  西班牙巴斯克大学

时  间：4月20日 上午9:00

地  点：理科群2号楼B404

报告摘要：We use a Feshbach P-Q partitioning technique to derive a closed one- component integro-differential equation. The resultant equation properly traces the footprint of the target state in quantum control theory. The physical significance of the derived dynamical equation is illustrated by both general analysis and concrete examples. We show that control can be realized by fast-changing external fields, even fast noises. We illustrate the results by quantum memory and controlled adiabatic paths.

报告人简介：Ikerbasque Professor in Department of Theoretical Physics and History of Science and Ikerbasque Foundation, The Basque Country University, Spain (October 2008-present).Researcher in Center for Quantum Information & Quantum Control, University of Toronto, Canada (October 2000-October 2008).Full Professor in Theoretical Physics, Department of Physics, Jilin University, Changchun, China (1992-1999).Research Field(s): Quantum Control, Quantum Information Processing and devices Three US patents.Works reported in Technology Research News & Laser Focus World, Nov. 3/10, 2004．Cover Story in New Scientist, 29 Oct. 2005．More than 100 publications.