大堂讲座系列
The 2017 W. 海因伦·霍尔讲师
Dr. 库尔特Deshayes
反射制药
Lectures are held in 113 Olscamp Hall at 3:30 p.m. For additional information please contact Lisa Rood at (419) 372-2031 or lrood@bjqzgy.com
The W. 海因伦·霍尔
W. Heinlen Hall was Professor of Chemistry at 州立鲍灵格林大学 from 1936 to 1971. He served as Chair of the Department through a period of extraordinary University growth, 1971年退休, 1976年教书. Many fine undergraduate students remember Professor Hall's physical chemistry lab and the formative role it played in their careers. Perhaps Dr. Hall's most important lasting contribution to the University was his continual and persistent interest in the science library and particularly the chemistry collection. It was his unyielding effort which built the library in chemistry and which has prepared the University for its future growth into a research oriented, Ph.D. 授予机构. 这是博士的遗产. Hall is extremely proud, and justifiably so.
值此大夫来访之际. Hall's retirement from teaching the Department established the W. 海因伦·霍尔讲座. The lectureship presents the world's leading research chemists to the students in chemistry in a series of lectures during the summer session. The purpose of the program is to expose Bowling Green undergraduate and graduate students to thinking in chemistry at the frontiers, and to introduce our young people to intellectual leaders.
从相当不起眼的开始，W. 海因伦·霍尔讲座hip has grown into a summer event which students and faculty look forward to. Though the lectureship presents individuals from all areas of chemistry, every department member generally attends.
The University faculty member makes a lasting impression on each and every student in each and every class in which the professor serves as instructor. 博士认可. Hall's contribution to Bowling Green's many chemistry students over the course of his career, in a small way recognizes the contribution of all the faculty in the Chemistry Department to the growth and development of their students from the day BGSU was founded to today. The W. Heinlen Hall Lectureship is a symbol of what this University, and many like it, stand for.
W. 海因伦·霍尔系列讲座
2016- Dr. James T. Hynes-University of Colorado Boulder
June 6, 2016
CO还原2 to Methanol via Hydride/Proton Transfer Steps
June 7, 2016
DNA凹槽中的水动力学
June 8, 2016
Static and Dynamic Solvent Effects on Conical Intersections for a Model Photoisomerization
2013 - Wilson Ho -加州大学欧文分校
- 2012 - 让-皮埃尔·萨特 - University of Strasbourg/Northwestern University
- 2011 - 杰弗里Ozin ——多伦多大学
- 2010 -托马斯·E. Mallouk - Pennsylvania State University
- 2009 - Jeffrey Moore - University of Illinois at Urbana-Champaign
- 2008 - Graham R. Fleming -加州大学伯克利分校
- 2007 - J. Michael Ramsey, University of North Carolina at Chapel Hill
- 2006 - Andrew B. Holmes墨尔本大学
- 2005 - Michael J. Therien, 宾夕法尼亚大学
- 2004 - Roeland J. M. Nolte, University of Nijmegen, The Netherlands
- 2003 -丹尼尔·G. Nocera, Massachusetts Institute of Technology
- 2002 - 盖压模器, Massachusetts Institute of Technology
- 2001 - 加里·舒斯特尔他是佐治亚理工学院的教授
- 2000年的今天，弗朗索瓦. De Schryver, Catholic University of Leuven, Belgium
- 1999 - Michael Wasielewski, Northwestern University
- 1998 - Kurt Schaffner, Max-Planck-Institut fr Strahlenchemie, Germany
- 1997 - Kenneth S. Suslick, University of Illinois at Urbana-Champaign
- 1996 - P. Leslie Dutton, 宾夕法尼亚大学
- 1995 - Ned A. 波特，杜克大学
- 1994年-保罗·F. 芭芭拉，明尼苏达大学
- 1993 - Dr. Ahmed H. Zewail, California Institute of Technology
- 1992年-丹尼斯·A. Dougherty, California Institute of Technology
- 1991 - Robert Letsinger, Northwestern University
- 1990 - George McLendon, University of Rochester
- 1989 - Allen Bard, University of Texas
- 1988年——杰罗姆·A. 伯森，耶鲁大学
- 1987年-唐纳德·M. 耶鲁大学的克罗瑟斯
- 1986 - Arthur B. Ellis, University of Wisconsin-Madison
- 1985 - Fred C. Anson, California Institute of Technology
- 1984——詹姆斯·L. 戴伊，密歇根州立大学
- 1983年——詹姆斯·C. Martin, University of Illinois at Urbana
- 1982年，巴萨姆·Z. Shakhashiri, University of Wisconsin
- 1981年——哈利·B. Gray, California Institute of Technology
- 1980 - Kenneth G. 斯皮尔斯，西北大学
- 1979 - Don C. DeJongh，芬尼根博天堂官方网站所
- 1978年-威廉·J. 惠特，厄普约翰公司
- 1977年——史蒂芬·J. 哥伦比亚大学的利帕德说
- 1976 - J. 迈克尔·麦克布莱德，耶鲁大学
- 1975年——加里·M. Hieftje，印第安纳大学
- 1974年——保罗·A. Schaap，韦恩州立大学
二零一三年七月十五日
Visualization and Control of Chemistry with Ångström Resolution
July 16, 2013
The Inner Machinery of Single Molecules: Resolving the Unresolved with High Spectral Resolution STM
7月17日
Beating the Diffraction Limit: Atomic Scale Optical Phenomena
Multicomponent transition metal complexes: From artificial photosynthesis to light-driven molecular motions
Chemical topology: copper(I) templated synthesis of interlocking ring compounds and molecular knots
Transition metal-complexed rotaxanes as molecular machines prototypes
更新日期:2021年4月27日下午12:17