Pierre Albin — Analytic representations of topological invariants, analysis on non-compact or singular spaces, spectral geometry.
Matthew Ando — Homotopy theory, formal groups, analysis on loop spaces, elliptic cohomology and representation theory.
Yuliy Baryshnikov —Applications of topology in engineering, stochastic geometry and topology.
Dan Berwick-Evans — Quantum field theory and algebraic topology.
Strom Borman — Symplectic topology and geometry.
Steven Bradlow — Differential geometry, gauge theory, holomorphic vector bundles, moduli spaces.
Nathan Dunfield — 3-dimensional geometry and topology, hyperbolic geometry, geometric group theory, experimental mathematics, connections to number theory.
Rui Loja Fernandes — Differential geometry, Poisson geometry, integrable systems and Lie theory.
Jeremiah Heller —Motivic homotopy theory, algebraic cycles and K-theory.
Ely Kerman — Hamiltonian dynamics and symplectic topology.
Eugene Lerman — Symplectic geometry, symmetric Hamiltonian systems.
Randy McCarthy — Spectra, Calculus of Functors, K-theory.
Igor Mineyev — Geometric group theory, large-scale geometry, hyperbolic groups, various types of homology and cohomology of groups and spaces, topology of manifolds and cell complexes, metric conformal structures, metric geometry.
James Pascaleff — Symplectic topology and mirror symmetry.
Charles Rezk — Algebraic topology.
Vesna Stojanoska — Homotopy theory and its relations to arithmetic.
Susan Tolman — Symplectic geometry.
Alexander Tumanov — Complex analysis and geometry.
Aron Heleodoro — Algebraic Geometry, Geometric Representation Theory and K-theory.
Faculty Members in Related Areas
John P. D'Angelo — Complex geometry.
Philippe Di Francesco — Mathematical Physics, Enumerative and Algebraic Combinatorics, Integrable models of Statistical Physics, Cluster Algebra, Matrix models, Quantum (Conformal) Field Theory.
Zoltan Furedi — Theory of finite sets with applications in geometry, designs, and computer science.
Aimo Hinkkanen — Complex analysis, geometry, dynamics.
Sergei Ivanov — Combinatorial group theory and its applications.
Igor Nikolaev — Investigations of spaces of bounded curvature. Regularity of the generalized solutions of the Monge-Ampere equation.
Julian I. Palmore — Dynamical systems, celestial mechanics.
Zhong-Jin Ruan — Operator algebra.
Jeremy Tyson — Geometric function theory, quasiconformal maps, analysis in nonsmooth metric spaces, sub-Riemannian geometry.
James F. Glazebrook — Differential Geometry and its Applications to Mathematical Physics; Index Theory and Foliations; Holomorphic Vector Bundles; Noncommutative Geometry.
John Ralph Alexander, Jr. — Combinatorial geometry, integral geometry.
Stephanie Alexander — Differential geometry, global analysis.
Ararat Babakhanian — Algebraic geometry, homological algebra, ordinary differential equations.
I. David Berg — Operator theory, spectral theory, almost periodic functions, manifolds with boundary, spaces of bounded curvature.
Maarten Bergvelt — Completely integrable systems, Infinite dimensional Grassmannians, vector bundles and gauge theory.
Richard L. Bishop — Differential geometry, control theory, dynamical systems, Lie groups.
Robert F. Craggs — Geometric topology and combinatorial group theory.
George K. Francis — Geometrical graphics, numerical geometry, descriptive topology, differential topology, dynamical systems, low dimensional geometry and topology.
Wolfgang R. G. Haken — Low dimensional topology, algorithms.
Howard O. Osborn — Differentiable manifolds and fiber spaces.
R. Ranga Rao — Reductive groups and their representations , harmonic analysis on homogeneous spaces.
Kenneth B. Stolarsky — Number theory, geometry.
Philippe Tondeur — Differential geometry, foliation theory, gauge theory, moduli spaces, low dimensional geometry and topology, topological quantum field theory.
John E. Wetzel — Classical and combinatorial geometry.
Emeriti Faculty in Related Areas
Daniel R. Grayson — Algebraic geometry, K-theory.
Horacio Porta — Analysis, differential geometry.
Paul E. Schupp — Combinatorial group theory, decision problems, automata theory and formal language theory, computational complexity.