Marshall University Logo
Chemistry
FULL SEARCH
 
 

Marshall > COS > Chemistry
Choose Option from Navigation Bar


CHEMISTRY LINKS
Chemistry Home
Alumni
Capstone Experience
Careers in Chemistry
Chemistry Links
Contact Information
Course Listing
Degrees in Chemistry
Department Resources
Faculty & Staff Directory
News
Open Positions
Professional Societies
Research Opportunities
Safety
Scholarships and Awards
Seminars
Syllabi

SEARCH CHEMISTRY


Research Opportunities

The following faculty have active research programs and welcome inquiries both from undergraduate and graduate students.

Gary Anderson

Artificial intelligence applications in organic chemistry, distance education, history of chemistry and alchemy

Rudolf Burcl

Computational chemistry: ab initio studies of van der Waals clusters and pre-reactive complexes; anharmonic terms in vibrational spectroscopy

Michael Castellani

Organotransition metal chemistry.  Paramagnetic compounds.  Magnetism in organotransition metal radicals.  Steric influence in organotransition metal chemistry.

Leslie Frost

Biological Mass Spectrometry focussing on protein identification and analysis

John Hubbard

Making and studying compounds that damage the kidneys, Chemistry of organoboranes

John Larson

Determinations of aqueous equilibrium constants and rate constants involving phosphorus compounds using quantitative NMR techniques

Robert Morgan

Synthesis and optical spectroscopy of organic and inorganic fluorophores.

Michael Norton

Directed Sequential Self-Assembly focusing on the use of DNA as an information rich directing element for organizing other molecular species, including metallic and semiconducting nanoparticles, proteins, molecular motors, other polymers and functionalized DNA. 

Kenneth O'Connor

Development of new general and organic chemistry laboratory experiments for undergraduates, Synthesis of molecules of biological interest

William Price

Chemical and Physical Properties of Gas Phase Biomolecules

Lawrence Schmitz

Calculating thermodynamic properties using ab initio calculations, and the application of Atoms in Molecules (AIM) theory to molecules or ions believed to contain multicenter bonds.



Site Maintained by the Chemistry Department.
Copyright ©2002 Marshall University. All Rights Reserved.
Read Site Disclaimer and Privacy Policy for more information.
Marshall University - One John Marshall Drive - Huntington, WV 25755