Andrei Natan

Andrei Natan is a Distinguished Professor of Physics at Rutgers, The State University of New Jersey, affiliated with the Department of Physics within the School of Arts and Sciences. His research focuses on condensed matter theory and high energy physics, with a particular emphasis on quantum many-body systems, boundary phenomena, and non-equilibrium dynamics. He has made significant contributions to understanding Kondo impurities, quantum spin chains, and topological phases in one-dimensional systems.

• Key areas of expertise include: quantum impurities, dissipative systems, integrable models, and superconductivity.

His work often employs advanced techniques like the Bethe Ansatz and bosonization to solve complex systems exactly. Recent studies highlight boundary-driven phase transitions, edge modes in superconductors, and the interplay between symmetry and dissipation in quantum systems.

Awards:

• 2017 Lars Onsager Prize (American Physical Society)
• Elected American Physical Society Fellow

Research Directions: Current projects explore nonequilibrium transport, quantum criticality, and the non-equilibrium Kondo model. His group uses analytical approaches to study quench dynamics and generalized Gibbs ensembles in integrable systems.