We push the limits of analytical science through cutting-edge instrumentation and detailed fundamental studies for medicine, energy, and the atmosphere.

We are engaged in ground-breaking research at the interface of chemistry and biology, including bioinorganic, biophysical, and computational biology.

We address questions of how chemicals in our environment impact climate and health and the how energy needs of the future will be met.

We study the chemistry of the elements, with strong interdisciplinary efforts in inorganic materials, nanoscience, metalloenzymes, active matter, and catalysis.

Faculty explore a diversity of interdisciplinary research areas aimed at understanding the relationship between chemical structure, dynamics, and material properties.

We have a modern organic chemistry group with interests that include synthesis, methodology, polymers, electrochemistry, bioorganic, and organic materials.

We advance the frontiers of emerging and traditional areas of physical chemistry research, including spectroscopy, computation, dynamics, and biophysics.

We have a tradition of excellence in theory and computational chemistry that includes basic theory, electronic structure, statistical mechanics, and multiscale modeling.