Research

Tensor networks: using the property of entanglement and renormalization to solve quantum models

Quantum computing: using the superposition of quantum states to improve computations

Superconductivity & magnetism: superconductors pair electrons, magnetism breaks them apart...what happens when these phases coexist?

Density functional theory: a reformulation of quantum physics that replaces the wavefunction with the one-body density

Topological phases of matter: non-local order parameters and long-range entanglement

Quantum materials: we often apply our numerical tools to computing materials

Classical spin systems: using Monte Carlo sampling to estimate thermodynamic quantities

Machine learning: models to interpolate correlations in a system

Classical physics: solution of the bead on a hoop problem