Physical Chemistry



This track thrives on the interplay of theory and experiment. Examples of broad areas of research: (1) Spectroscopy and microscopy are employed to reveal reactions and interactions crucial in biology, materials science, solar energy conversion, and gas phase dynamics; (2) Theoretical and computational methods are developed to discover mechanisms of protein folding and function or to develop new drugs; (3) Quantum and statistical mechanics are applied to model electron and energy transfer, biochemical reactions, aerosol chemistry, and gas adsorption in porous nanomaterials.

Many research programs have significant overlap with Structural Biology and Biophysics, Chemical Biology, and Analytical and Atmospheric Chemistry tracks. Close connections also exist with the Materials Science and other engineering programs.


Course Offerings: Chem 230A Quantum Mechanics I (W), Chem 230B Quantum Mechanics II (S), Chem 231 Chemical Kinetics and Molecular Reaction Dynamics (F), Chem 232A Statistical Mechanics I (F), Chem 232B Statistical Mechanics II (W), Chem 235 Molecular Spectroscopy (S), Chem 239 Special Topics in Physical Chemistry (S), Chem 285 Introduction to Computational Chemistry (S).

Dissociation dynamics of transient species, three-body reaction dynamics, novel mass-spectrometric methods