Peter P. Orth
Iowa State University
Electronic properties of strongly correlated quantum materials with a focus on non-equilibrium dynamics
Visitors
Boris Altshuler
Columbia University
Atomic, Molecular, and Optical Physics
James C. Phillips
University of Chicago
Semiconductor and superconductor physicist
Gergely Zaránd
Budapest University of Technology and Economics
Non-Equilibrium Quantum Physics, Strong Correlations
Alexei Tsvelik
Brookhaven National Laboratory
Strongly correlated systems, low dimensional magnetism, superconductivity. Integrable systems.
Anuradha Jagannathan
Université Paris-Sud and Laboratory of Solid State Physics (LPS)
Magnetic and electrical behavior of complex solids, such as: spin glasses, random networks as in gels, and quasicrystals
Donald R. Hamann
Mat-Sim Research LLC
Currently interested in optimized multi-projector norm-conserving pseudopotentials
Lara Faoro
Laboratory of Theoretical and High Energy Physics (LPTHE)
Sriram Ganeshan
City College of NY and CUNY Graduate Center
Strongly correlated electron systems, quantum chaos and thermalization, topological phases of matter, and fluid dynamics