Delivering multiscale, multifidelity computational models and systems developing algorithms and analytics for the physical sciences.

The Advanced Computing Methods for Physical Sciences section encompasses a wide range of physical science phenomena — including Earth systems, advanced and quantum materials, and chemical systems. Researchers in this section develop and deploy high-performance computing and AI-enabled models for Earth systems at unprecedented scales, contribute to the development of Quantum Monte Carlo and Hubbard applications, deliver multiscale material models, and explore the potential of quantum computers to transform scientific discovery.

CONTACT

Thomas A. Maier

Distinguished Research Staff and Section Head, Advanced Computing Methods for Physical Sciences

865.576.3597 | [email protected]

Groups

Integrated Computational Earth Sciences

Computational Chemistry and Nanomaterials Sciences

Computational Hydrology and Atmospheric Sciences

Multiscale Materials