Areas of Interest Matrix
The diverse research interests of the Chemistry Faculty do not permit their easy classification into the traditional areas of Chemistry: Analytical, Physical, Organic and Inorganic. However, they are listed here in a matrix of different aspects of chemistry research and with a broad, descriptive title for their research interests, with their traditional classification indicated by a red star (*). More information about the research activities of the Faculty, including their interdisciplinary interests, is provided in the individual descriptions of their research on the pages which follow.
Inorganic Materials and Spectroscopy Ultrafast Spectroscopy: Photosynthesis and Nanomaterials Synthesis and Spectroscopy of Interfaces Synthetic and Bioorganic Chemistry Evidence-based Approaches to Improving Chemistry Education Novel Applications of Ultrafast Laser Spectroscopy Single-Molecule Magnetism and Synthetic Chemistry with f-Element Compounds Synthetic Biology, Organic Chemistry Green Chemistry Structural Biology Using X-Ray Crystallography Inorganic Materials / Electrochemistry Biophysical Chemistry of Membrane Protein Folding and Stability Membrane Protein Structure-Function Characterization Organic Chemistry, Synthetic Chemistry, Nanoscience and Immunology Quantum Theory Mechanism and Design in Green and Organic Materials Chemistry Biological and Physical Chemistry, Structural Biology Mass Spectrometry and Metabolomics in Chemical Ecology Materials Chemistry Geochemistry Molecular Mechanism of Dietary Lipids and Environmental Toxicants on Human Health Modeling Excited Molecules and Materials Nuclear Chemistry Synthetic Organic Chemistry Nuclear Chemistry Biological Electron Paramagnetic Resonance Synthesis and Spectroscopy of Transition Metal Complexes Computational Approaches to Biomolecular Systems Nuclear Chemistry Organometallic/Inorganic Synthesis and Transition Metal Catalysis in Organic Synthesis Quantum Chemistry and Physics Mathematics in Chemistry Education Mechanisms of Biological Oxidation and Energy Conversion Radiochemistry Inorganic and Organic Chemistry for Sustainability in the 21st Century High-resolution, Ultrasensitive, and Native Proteomics Physical and Analytical Electrochemistry, Carbon Materials, Corrosion Science and Neuroscience Synthetic and Bioorganic Chemistry Constructing Enzyme Cascade Reactions toward Bioactive Compounds Nuclear Magnetic Resonance of Biological Systems Physical, Theoretical, and Computational Chemistry Synthetic Organic Chemistry
Faculty Member
An
In
Or
Ph
Nu
CE
CP
Th
Om
Bi
Ma
Rémi Beaulac
*
•
•
Warren Beck
•
*
•
•
Gary Blanchard
*
•
•
Babak Borhan
*
•
Melanie Cooper
*
Robert Cukier
Theory and Computation of Protein Structure Function Relations
•
*
•
Marcos Dantus
•
*
•
•
Selvan Demir
*
•
•
Karen Draths
*
•
John Frost
*
•
James Geiger
*
•
Thomas Hamann
*
•
•
Heedeok Hong
•
*
Jian Hu
•
•
*
Xuefei Huang
•
*
•
•
Katharine Hunt
•
•
*
•
•
Paul Hunt
Nonequilibrium Thermodynamics/Molecular Scattering
*
•
James Jackson
•
*
•
•
Xiangshu Jin
•
•
*
A. Daniel Jones
*
•
James Kirkpatrick
*
Kin Sing Lee
*
•
Benjamin Levine
•
•
*
•
Sean Liddick
•
*
•
Robert Maleczka
*
•
Paul Mantica
•
*
•
John McCracken
*
•
James McCusker
*
•
•
Kenneth Merz
*
•
•
David Morrissey
•
*
•
Aaron Odom
*
•
•
Piotr Piecuch
•
•
•
•
•
*
•
Lynmarie Posey
•
*
•
Denis Proshlyakov
•
•
*
•
Gregory Severin
•
*
•
Milton Smith
*
•
•
•
Liangliang Sun
*
•
•
Greg Swain
*
•
•
Jetze Tepe
*
•
Kevin Walker
*
•
David Weliky
•
•
*
•
•
•
Angela Wilson
•
•
•
*
William Wulff
*
•