We are a multiscale/multiphysics theory and modeling team of the Theoretical Division at Los Alamos National Laboratory (LANL), working on the development of theoretical models and numerical algorithms for understanding the electronic structure and dynamics of complex molecular systems, condensed matter, and open quantum systems. Our current research interests include:
- Light-Matter interactions in chemistry: plasmon and polariton Chemistry
- Cavity quantum materials
- Quantum Computation and quantum information science
- Quantum transport and quantum dissipation
- Exascale computation
News
Dec 23rd, 2024Our LDRD seedling project on Hybrid quantum-classical neural network for solving quantum many-body problems was funded.
Nov 22nd, 2024Our brilliant summer student, Braden Weight, was awarded the prestigious Director's postdoc fellowship. He will officially join the team as a postdoc researcher in the summer of 2025. Congratulations to Braden!
Nov 25th, 2024Our paper on Light-Matter Hybridization and Entanglement from the First-Principles is available in arXiv.