Main navigation
- Programs
- Subjects
- Universities
- Destinations
- Advice
The theoretical condensed matter research group focuses on four primary domains: quantum many-body theory concerning strongly correlated and disordered systems, statistical mechanics, biological systems, and nonequilibrium phenomena. The first domain explores high-temperature superconductivity, quantum Hall effects, quantum magnetism, mesoscopic physics, localization, and quantum chaos. Statistical mechanics research examines spin glasses, complex systems, magnetic properties, and superconducting vortex states. Biological investigations span molecular-level processes like protein assembly dynamics and molecular motors, as well as cellular-scale phenomena including chemotaxis and pattern formation. Nonequilibrium system studies cover chemical networks, neural networks, morphogenesis, and evolutionary processes. The theory group maintains strong collaborations with experimental condensed matter and biophysics teams both within the Physics Department and across campus.