Computational Quantum Many-Body Physics Group
- Understanding Quantum Materials & Quantum Devices -

Our group develops theory and advanced simulations
to understand strongly correlated quantum many-body systems far from equilibrium.
We investigate how correlations, entanglement, and collective behavior emerge in
quantum materials and nanoscale quantum devices,
bridging condensed matter physics with emerging quantum technologies. 

Using cutting-edge numerics and analytical methods, we advance predictive many-body simulations and uncover the microscopic mechanisms governing complex nonequilibrium quantum phenomena.

We are part of the Department of Physics & Astronomy at the University of Georgia and affiliated with the
Center for Simulational Physics and the Quantum Networks Training and Research Alliance in the Southeast (QuaNTRASE).