Stanislaw M. Ulam Distinguished Scholars

Solitons, nonlinear excitations, correlated materials, field theory, and nonequilibrium phenomena.

Operator theory, Navier–Stokes equations, dynamical systems, inertial manifolds, and turbulence.

Many-body theory, collective excitations, superconductivity, quantum liquids, and emergent phenomena.

Spin glasses, disordered and frustrated systems, complex energy landscapes, and many-body theory.

Equation-free computation, bifurcation analysis, data-driven modeling, and multiscale scientific computation.

Multigrid methods, sparse linear systems, numerical PDEs, transport, and scalable scientific solvers.

Chemotaxis, biological pattern formation, nonlinear waves, fluid instability, and applied mathematical modeling.

Discrete breathers, nonlinear lattices, localization, condensed-matter dynamics, and energy transfer.

Nonlinear wave equations, compactons, dispersive systems, and localized coherent structures.

Nonlinear dynamics, planetary and astrophysical systems, theoretical geophysics, and computational modeling.

Transport and mixing, invariant manifolds, reaction dynamics, fluid mechanics, and nonlinear phase-space methods.