Zhu, Qingshi (Double Hired)     

Zhu Qingshi, male, chemist, professor, doctoral tutor, academician of Chinese Academy of Sciences. Born in Chengdu of Sichuan Province.

Graduated from Department of Modern Physics of University of Science and Technology of China in 1968, and as a research director of Qinghai Institute of Salt Lakes and Dalian Institute of Chemical Physics, Chinese Academy of Sciences.

Elected as an academician of Chinese Academy of Sciences in 1991.

Worked in teaching and research at University of Science and Technology of China, and led the creation of Key Laboratory of Key Chemistry of Chinese Academy of Sciences in 1994.

Vice president of University of Science and Technology of China. 1996-1998

President of University of Science and Technology of China. 1998-2008.

Professor of Sichuan University since February 2009.

President of Southern University of Science and Technology. 2009 to 2014。

Visiting scholar/scientist at the University of California(Barbara), Massachusetts Institute of Technology, Brookhaven National Laboratory and the National Research Council of Canada, Universite de Bourgogne; Visiting professor at the University of Paris, at Cambridge, Oxford and the University of Nottingham.

MAIN RESEARCH DIRECTION

Series of important achievements of international leading level on the study of the high vibration of molecules experimentally and theoretically，including:

1) first observed in the experiments of silane molecules and germane ball gyroscope localized modes in vibration to lower symmetry, a substantial change in turn vibration energy level structure, convincingly proved that they are long life the localized modes of vibration.

2) proved that the local mode vibration is a general trend of the expansion vibration of XYn type molecules in the high vibrational energy area, and the interaction between Coriolis and Fermi will disappear or weaken when the molecules are in local mode vibration.

The main significance of these results:

1) with laser chemical bonds in the molecules of surgical processing in order to make no new molecular nature, the ideal drive a large number of studies have been conducted, but in addition to the individual special small molecules, all experimental exploration has no obvious effect, the reason is that inspire the localized modes of vibration of the life is too short. The work lays the foundation for the search for long-life local mode vibration in the general molecule, bringing hope to the realization of "molecular surgery".

2) it is found that the molecules need to be requantized in the high-vibrational energy zone, namely redefining the quantum number and the zero-order approximation, which provides the experimental basis for a new field of theoretical physics.