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Gregory Voth is the Haig P. Papazian Distinguished Service Professor in the Department of Chemistry at the University of Chicago. His research primarily involves theoretical computer simulation studies aimed at understanding biomolecular liquid state phenomena and the development of novel materials. Voth's work focuses on the development and application of new theoretical and computational methodologies to predict the behavior of complex chemical systems. His research group has made significant contributions in various areas, including protein-protein self-assembly, membrane protein interactions, and biomolecular charge transport. Voth's interests extend to multiscale theory and simulation to address the dynamics of complex materials and biological mechanisms, aiming to connect quantum information theory with multiscale models. He has published extensively, contributing to both fundamental quantum theory and applied research in charge transport phenomena in aqueous biomolecular systems. Voth has held prestigious appointments across several institutions, highlighting his significant influence in the field of theoretical chemistry and biophysics.
University of Pennsylvania • Philadelphia, PA
University of Utah • Salt Lake City, UT
University of Utah • Salt Lake City, UT
University of Chicago • Chicago, IL
Department of Philosophy