Magnetic Resonance • Molecular Structure • Chemical Mechanism
We use magnetic resonance to understand molecular structure, dynamics, and chemical reactivity at atomic resolution. Our research combines solid-state and solution-state NMR with crystallography and first-principles computation to build and quantitatively test detailed models of complex chemical and biological systems.
Our current research spans enzyme catalysis and inhibition, antimicrobial resistance, NMR crystallography, and biomolecular solid-state NMR, together with the development of new experimental and computational methods.