WVU chemist receives a 3-year NSF grant to study fuel efficiency and pollutant formation
Two Chemistry Professors receive CAREER Awards from the National Science Foundation
Professor Carsten Milsmann for Earth-Abundant Transition Metal Photosensitizers
The goal of Professor Milsmann's research is to provide access to photoactive compounds based on readily-available, earth-abundant metals that can improve upon and/or replace currently available technology based on precious metals. This will further the development of more cost-efficient solar energy applications.
Professor Brian Popp for Reductive Carboxylation of Unsaturated Hydrocarbons
The project is focusing on reactions of CO 2 to prepare important chemicals useful for the manufacture of pharmaceuticals, agrochemicals, and materials. Professor Popp's research is using both experimental and computational methods to better understand how these reactions work and how to improve them.
WVU awarded $1 million grant from NSF for new High Performance Computing cluster
Read in E-newsCESTA Community Engagement in Science Through Art
Cross-discipline collaboration results in unique interactive sculpture at WVU Evansdale
Library.
An interactive sculpture on display at West Virginia University’s Evansdale Library illustrates the structure and function of a particular enzyme and can charge your smartphone.
2018 Bennett Careers for Chemists Program
The Bennett Careers for Chemists program helps students consider career choices after graduation. In April 2018, the Department invited Lieutenant Colonel Matthew Moser, Ph.D., Kay M. Brummond, Ph.D., Rip A. Lee, Ph.D to participate. The speakers shared a common qualification, a degree in chemistry.
Synthesis of Fused Nanohoops
In an article highlighted in Synfacts ( 2018 , 14 , 0371) the group of Dr. Wang reports the efficient synthesis of molecular nanohoops with two fused cycloparaphenylenes by Diels–Alder reactions and homocoupling reactions. This strategy may be applied to the synthesis of carbon nanotubes.Using field effect to predict decarboxylation rates
The field effect parameter has a substantial influence on the rate of decarboxylation of well-defined silver benzoate complexes. The data published in the Journal of the American Chemical Society by the group of Dr. Hoover provides the opportunity to surpass current substrate limitations associated with decarboxylation and to enable widespread utilization of decarboxylative coupling reactions.Microwave chemistry research heats up at WVU
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Undergraduate Students
Chemistry is the science of the materials we use, the medicine we take, the environment we live in and the food we eat. Our department gives students the opportunity to learn the skills that will lead to tomorrow’s discoveries.
B.S. in Chemistry B.A. in ChemistryB.S. in Biochemistry
Graduate Students
Chemistry graduate students look deeply into what makes our world work, on a chemical and molecular level.
M.S. in Chemistry Ph.D. in Chemistry New graduate student orientationChemistry In the News
Research Seminars
Glen Jackson named Fellow of the Royal Society of Chemistry
Glen Jackson, Ming Hsieh Distinguished Professor of Forensic & Investigative Science holds a joint appointment in the C. Eugene Bennett Department of Chemistry and an adjunct position in the Department of Biology at West Virginia University.
Read in E-newsSafety
The Department of Chemistry is committed to safety in the teaching and research laboratories.
