Stanislaw M. Ulam Distinguished Scholars

Quantum criticality, heavy-fermion metals, unconventional superconductivity, and strongly correlated topology.

Reaction-rate theory, transition pathways, electronic structure, catalysis, and atomistic simulation methods.

Molecular simulation, biomolecular dynamics, machine-learned potentials, and efficient electronic-structure methods.

Strongly correlated electrons, quantum criticality, magnetism, and unconventional superconductivity.

Quantum phase transitions, transport in correlated systems, Fermi liquids, and Dirac and Weyl materials.

Solitons, nonlinear lattices, Bose–Einstein condensates, optical media, and mathematical physics.

Multiscale theory, coarse-grained molecular models, proton transport, membranes, and biomolecular self-assembly.

Atmospheric and oceanic circulation, climate dynamics, planetary atmospheres, and turbulence.

Thermodynamics of computation, information theory, optimization, game theory, and collective intelligence.

Ferroic materials, structural phase transitions, domain-wall dynamics, avalanches, and mineral physics.