Scientific Curriculum Vitae

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September 1999 – August 1999, studying at the Department of Technical Physics and the Department of Urban and Environmental Sciences, Peking University, Beijing, China January 1998 – August 1998, bachelor work under guidance of Prof. Dr. S. Tao at the Department of Urban and Environmental Science, Peking University, Beijing, China Title: Modeling of complex dissociation within diffusion layer during free metal determination using ASV technique. September 1994 – August 1998, studying at the Department of Urban and Environmental Science, Peking University, Beijing, China September 1988 – August 1994, high school in Guiyang, China September 1982 – August 1988, elementary school in Guiyang, China Examinations September 6, 2005 Ph.D. (Dr. rer. nat.) very good, Institute of Inorganic Chemistry, University of Stuttgart, Germany July 14, 2001, Master. very good, Department of Urban and Environmental Science, Peking University, Beijing, China Honors and Prize 2001 Award for excellent graduate, Peking University 2000 Award for excellent student in Academic, Moral and Health, Peking University 1999 “Guanghua” scholarship for academic excellence, Peking University 1997 “Dubang” scholarship for excellent student, Peking University 1996 “Jiudingxuan” scholarship for excellent student, Peking University 1994 Top-Grade Prize in Chinese National Chemistry Contest in Guizhou Province, Chinese Chemical Society 2
Teaching Experience 2001-2005 Advance Inorganic Chemistry, Coordinator Prof. Dr. W. Kaim, University of Stuttgart 2006-2010 Introduction of Computational Chemistry, Coordinator Prof. Dr. F. Neese, University of Bonn Research Work General Interest: Physical Inorganic Chemistry and Theoretical Spectroscopy Combination of different experimental spectroscopic techniques and quantum chemical calculations to elucidate electronic structures of metalloproteins and model complexes and their catalytic reactivities. � Computational Chemistry � Bioinorganic chemistry (Structure, spectroscopy and reactivity of transition metal centers in enzymes) o Dioxygen activation by non-heme iron enzymes o C-H bond activation by high-valent iron intermediates (Fe IV , Fe V , Fe VI ) in reaction mechanisms of dioxygen-activating enzymes � Coordination chemistry o Transition metals with coordinated radicals (geometric and electronic structure, spectroscopy and reactivity). o Multiplets and optical spectra of transition metal complexes o Molecular Magnetism o Biomimetic model systems � Experimental interests: � Bioinorganic Chemistry o Proteins o Model complexes o Optical Spectroscopy: Resonance Raman, MCD, CD, Absorption � Magnetic Spectroscopy: EPR, ENDOR, MCD, Mössbauer 3
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