Thomas Markland

Thomas Markland is a Professor of Chemistry at Stanford University in the Department of Chemistry. His research focuses on Physical Chemistry and Theoretical Chemistry, with an emphasis on the interface of quantum mechanics and statistical mechanics. His work explores quantum mechanical effects in systems ranging from chemistry and biology to geology and materials science. Markland's research includes topics such as hydrogen bonding, structure-dynamics interplay, and quantum effects in proton and electron transfer. He has developed methods to model condensed phase systems, including path integral formulations to include quantum fluctuations. Markland joined Stanford in 2011 and was promoted to Associate Professor with tenure in 2018. His research group has contributed to understanding reactions in liquids, enzymes, and quantum liquid-glass transitions.

Thomas Markland is a Professor of Chemistry at Stanford University, specializing in Theoretical Chemistry, Chemical Physics, Quantum Dynamics, and Statistical Mechanics. His research focuses on understanding quantum effects in chemical dynamics, particularly through methods like ring-polymer molecular dynamics and path integral simulations. Markland's work explores nuclear quantum effects in systems such as water and aqueous environments, as well as their implications for spectroscopy and reaction dynamics. He also develops computational tools for molecular simulations, including open-source software like i-PI and OpenMM, to advance the study of quantum phenomena in complex systems.