Our team explores the behavior of materials under extreme temperatures and pressures using advanced theory, simulations,
and experiment. Our primary focus is on investigating the fundamental non-equilibrium processes
that occur in exoplanet interiors, during inertial confinement fusion implosions, and
dynamic compression of condensed matter.
We utilize a powerful arsenal of materials simulation techniques, including cutting-edge quantum-accurate
billion-atom machine-learning molecular dynamics simulations at exascale supercomputers.
We lead several collaborative experimental and computational campaigns
at national and international user facilities to validate our predictions.
Our ultimate goal is to achieve transformative advances by providing simulation guidance
that maximizes the discovery science return from experiments.
We are committed to fostering an inclusive and collaborative team environment.
By employing cutting-edge research tools, promoting imaginative creativity, and developing
technical leadership skills, we are dedicated to
supporting the professional growth of our team members.
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