We use molecular simulation to explain how materials deform, fracture, grow and react at the atomic scale, then turn those insights into designing tougher glasses, new thin-film growth routes and better devices.
Our tools are molecular dynamics, reactive force fields we develop ourselves, and increasingly machine learning and quantum optimization. We pick problems where atomic-scale mechanisms decide macroscopic behavior.
We welcome Ph.D., M.S. and undergraduate researchers who enjoy physics, programming and asking why. No prior simulation experience is required.