Personal tools

Information zum Seitenaufbau und Sprungmarken fuer Screenreader-Benutzer: Ganz oben links auf jeder Seite befindet sich das Logo der JLU, verlinkt mit der Startseite. Neben dem Logo kann sich rechts daneben das Bannerbild anschließen. Rechts daneben kann sich ein weiteres Bild/Schriftzug befinden. Es folgt die Suche. Unterhalb dieser oberen Leiste schliesst sich die Hauptnavigation an. Unterhalb der Hauptnavigation befindet sich der Inhaltsbereich. Die Feinnavigation findet sich - sofern vorhanden - in der linken Spalte. In der rechten Spalte finden Sie ueblicherweise Kontaktdaten. Als Abschluss der Seite findet sich die Brotkrumennavigation und im Fussbereich Links zu Barrierefreiheit, Impressum, Hilfe und das Login fuer Redakteure. Barrierefreiheit JLU - Logo, Link zur Startseite der JLU-Gießen Direkt zur Navigation vertikale linke Navigationsleiste vor Sie sind hier Direkt zum Inhalt vor rechter Kolumne mit zusaetzlichen Informationen vor Suche vor Fußbereich mit Impressum

Document Actions

Focus on interactions between molecules: U.S. chemist complements the Giessen team

Prof. Wesley D. Allen is Mercator-fellow in the DFG priority program “dispersion” at JLU

No. 144e • July 17, 2015

Prof. Allen
Prof. Wesley D. Allen. Photo: E. Anne Allen
The chemist Prof. Wesley D. Allen from the University of Georgia in Athens, USA is currently researching as Mercator-fellow at the Institute for Organic Chemistry at Justus Liebig University Giessen (JLU). With the Mercator program the German Research Foundation (DFG) promotes the intensive and long-term exchange of researchers as “fellows” within the context of projects both nationally and internationally. Prof. Allen participates in the priority program “Control of London dispersion interactions in molecular chemistry” (SPP 1807), which is promoted by the DFG as well and coordinated under the leadership of Prof. Dr. Peter R. Schreiner (Institute for Organic Chemistry at JLU).

The objective of the research team is to better understand London dispersion interactions – the attractive forces between molecules or atoms – in molecular systems, to quantify those forces and to specifically use them. Because individual London forces are weak, they have long been underestimated. However, their collective behavior provides a fundamental driving force of molecular aggregation and account for the unusual stability of many molecules. Among other phenomena, London dispersion plays a central role in identifying molecules, in chemical selectivity through the stabilization of transition states during chemical reactions, in protein folding and in enzyme catalysis.

Wesley D. Allen, born in 1961, studied chemistry and physics at Vanderbilt University in the southern USA. In 1987 he completed his PhD in theoretical chemistry at the University of California, Berkeley and subsequently worked as a Postdoctoral Research Associate at Sandia National Laboratories in Livermore, California. Between 1988 and 1994 Allen was Assistant Professor in the Department of Chemistry at Stanford University before he transferred to the University of Georgia in 1995, where he began to work as Senior Research Scientist at the Centre for Computational Chemistry and later became Associate Professor in the Department of Chemistry. Allen has received numerous awards for his work, including the Creative Research Medal of the University of Georgia. Through various scientific collaborations, he is internationally networked and was visiting professor at JLU in 2004 within the framework of the Liebig-College, which is funded by the German state of Hessen.

Prof. Allen’s research focuses on theoretical development and chemical applications of molecular quantum mechanics. He is going to stay at JLU until the end of July.

  • Further information

  • Contact

Institute of Organic Chemistry
Justus-Liebig University Giessen
Heinrich-Buff-Ring 58
35392 Giessen, Germany
phone: +49 641 99-34300