David Huse

David Huse is Professor of Physics at Princeton University, specializing in statistical physics and quantum dynamics. His NSF-supported research examines many-body localization, quantum thermalization, and non-equilibrium phase transitions. He developed renormalization group methods for disordered systems and collaborates on experimental quantum simulator projects.

Research areas include quantum chaos in ultracold atoms, measurement-induced criticality, and hydrodynamics of integrable systems. His group models entanglement propagation and dynamical scaling in constrained lattices.

Recent publications analyze measurement effects in quantum circuits, KPZ universality, and many-body localization instabilities. Key contributions include criteria for many-body Anderson localization.

Awards: Onsager Prize (2022) and NAS membership. He advises graduate students on quantum simulator experiments and theoretical frameworks.