Research in Computational Science and Engineering focuses on thermodynamic behavior, fluid dynamics, reaction mechanisms (both biological and chemical), bioinformatics, and modeling devices and systems.
Our researchers employ a full spectrum of techniques from quantum mechanics through molecular simulation to continuum mechanics. Our approach focuses on bringing data-driven discovery and rational design to all areas of our chemical and biological research.
Michel Dupuis - Chemistry fundamentals for new energy technologies from multi-physics multi-scale modeling
Jeff Errington - Molecular simulation, statistical thermodynamics, interfacial phenomena.
Ashlee N. Ford Versypt - computational science and engineering, applied mathematics, mathematical biology, multiscale modeling, physiology, pharmacology, toxicology, kidney, bone, cancer, lung, pharmacokinetics, immunotherapy, drug delivery, tissue damage, porous materials, extracellular matrix, kinetics, transport, numerical methods
Johannes Hachmann - Computational chemistry and materials science, virtual high-throughput and Big Data, machine learning, electronic structure theory and methods, quantum effects in catalysis and materials, rational design.
David A. Kofke - Statistical physics, molecular modeling and simulation, software engineering.
Viviana Monje-Galvan - Molecular dynamics simulation, computational biophysics, statistical thermodynamics, lipid membrane modeling, protein-lipid interactions