معرفی
Joshua P. Layfield is an Assistant Professor in the Department of Chemistry at the University of St. Thomas. His research focuses on computational and theoretical investigations of chemical interfaces, combining quantum mechanical calculations and molecular dynamics simulations to study systems such as functionalized organic surfaces, protein models, and liquid-liquid interfaces.
Research Interests
Dr. Layfield's work centers on chemical interfaces, utilizing classical molecular dynamics and quantum mechanical methods to predict chemical environments and inform experimental collaborations. His interests include:
- Electronic structure calculations of molecules
- Dynamics of mesoscopic surfaces
- Modeling liquid-liquid interfaces in organic synthesis
- Quantum-classical hybrid simulations
Article Trends
Dr. Layfield's publications span astrochemistry, quantum chemistry, and computational catalysis, with a focus on semi-empirical methods, vibrational spectroscopy, and interstellar hydrocarbons. Recent work explores enzyme mechanisms and hydrogen tunneling, while earlier studies address molecular dynamics at hydrophobic surfaces and gas-phase reactions.
Lab & Collaborations
His lab trains students in advanced computational techniques for modeling atomic-scale systems, collaborating with experimental teams to validate theoretical predictions about surface chemistry and catalytic processes.
