Thomas Markland

Thomas Markland is an Associate Professor in the Department of Chemistry at Stanford University's School of Humanities and Sciences. His research bridges quantum and statistical mechanics, with applications in chemistry, biology, geology, and materials science. He has developed path integral methods for simulating quantum effects in condensed-phase systems at near-classical computational costs.

Education:

• MChem, University of Oxford (2006)
• DPhil, University of Oxford (2009)
• Postdoctoral Fellow, Columbia University (2010)

Current research focuses on quantum effects in chemical systems, particularly proton/electron transfer in materials and enzymes, atmospheric isotope separation, and catalytic reactivity in heterogeneous environments. His group combines theoretical methods with molecular mechanics and ab initio simulations to study multi-scale systems.

Scientific Awards:

• ACS Early Career Award in Theoretical Chemistry
• NSF CAREER award
• Camille Dreyfus Teacher-Scholar
• Alfred P. Sloan Fellowship

The Markland Group develops quantum-classical hybrid methods and master equation approaches for non-equilibrium dynamics. Their work has advanced understanding of reaction mechanisms in liquids and enzymes, including quantum liquid-glass transitions.