Dr. Steven Boxer

Biography

Steven Boxer is a Camille Dreyfus Professor of Chemistry at Stanford University, where he focuses on the structure-function relationships in biological systems using a strong physical perspective. His research involves the development of experimental methodologies and theories while addressing interconnected themes such as excited state dynamics in green fluorescent proteins (GFP). His lab pioneered work on the protonation states of the GFP chromophore and innovated ways to generate novel variants of GFP with diverse functionalities. Additionally, he investigates electrostatics in proteins, demonstrating how electric fields affect protein function through sophisticated techniques like Stark spectroscopy. His work has implications for drug target hydration active sites and enzymatic reactions. His group also explores synthetic biology through developing supported lipid bilayers that mimic cell membranes, aiming to engineer biocompatible interfaces for living systems. His research on light-driven electron transfer in photosynthesis showcases the rapid nature of these chemical reactions. With numerous accolades including election to multiple academies and the receipt of prestigious awards, Professor Boxer remains a pivotal figure in the field of chemistry and biophysics.

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