The members of the Graduate Faculty are eligible to teach mathematics graduate courses and to supervise doctoral work in mathematics. While most belong to the faculty of the New Brunswick Department of Mathematics , others are in Computer Science, Operations Research, Statistics, Physics, in the School of Engineering or the Rutgers Business School. Each name is linked to a home page if one is available. Otherwise, the link will return finger information.
Official public information about telephone numbers, addresses, and email addresses may also be obtained from the Rutgers online directory.
Here is information about faculty organized by research interests.
Department of Mathematics New Brunswick
 Tadeusz Balaban Mathematical physics
 R. Michael Beals Harmonic analysis; Fourier integral operators; partial differential equations
 József Beck Combinatorics; analysis
 Lev Borisov Algebraic geometry and related areas
 Haim Brezis (MathematicsNB) Nonlinear functional analysis; partial differential equations
 Anders Buch Algebraic Geometry; combinatorics
 Terence Butler Differential equations

Lisa Carbone Group actions on trees

Eric Carlen Mathematical physics, functional analysis and probability
 Sagun Chanillo Classical analysis; partial differential equations
 Gregory Cherlin Logic; model theory; model theoretic algebra
 Richard Falk Numerical analysis, partial differential equations
 Paul M. N. Feehan Gauge theory and applications to fourmanifolds
 Giovanni Gallavotti Mathematical physics
 Semën Gindikin Theory of representations; integral geometry: several complex variables

Gerald Goldin (PhysicsNB) Mathematical physics; infinite dimensional
 Sheldon Goldstein Statistical mechanics; probability theory
 ZhengChao Han Nonlinear analysis; partial differential equations
 Xiaojun Huang Several complex variables
 YiZhi Huang Conformal field theory; mathematics underlying string theory
 Henryk Iwaniec Analytic number theory
 Jeffry N. Kahn Matroids; extremal problems in set theory and graph theory; finite geometries; complexity theory

Michael Kiessling Mathematical Physics and PDEs
 János Komlós Discrete mathematics; probability
 Alex Kontorovich Automorphic Forms and Representations, Homogeneous Dynamics, Harmonic Analysis and Spectral Theory
 Swastik Kopparty Computational Complexity, ErrorCorrecting Codes, Randomness and Pseudorandomness
 Joel Lebowitz Mathematical physics and statistical mechanics
 James Lepowsky Vertex operator algebra theory; mathematics underlying string theory
 Yanyan Li Nonlinear analysis; partial differential equations
 Liping Liu Mechanics and Mathematics of Materials
 Feng Luo Low dimensional topology; geometric structures on manifolds
 Richard Lyons Simple groups

Stephen D. Miller Automorphic forms: Lfunctions

Konstantin Mischaikow Topological and Computational Dynamics;
Mathematical Biology; Nonlinear Data Analysis
 Roger Nussbaum Nonlinear functional analysis
 Daniel Ocone Stochastic processes; stochastic control; filtering
 Vladimir Retakh Noncommutative algebra and combinatorics; special functions and differential equations; mathematics education
 Fred Roberts Applications of discrete mathematics; graph theory; decision making; measurement theory
 Xiaochun Rong Riemannian geometry
 Joseph Rosenstein Logic; linear orderings; recursive model theory
 David Ruelle Statistical mechanics; dynamical systems
 Siddhartha Sahi Harmonic analysis on reductive Lie groups
 Michael Saks Theory of computation; extremal set theory; partially ordered sets; graph theory
 Shubhangi Saraf Theoretical Computer Science: complexity theory and property testing
 Grigor Sargsyan Logic, set theory
 Vladimir Scheffer Geometric measure theory; partial differential equations
 Natasa Sesum Geometric flows; partial differential equations;
 Saharon Shelah Logic; set theory, model theory
 Avraham Soffer Mathematical physics; partial differential equations; scattering theory
 Jian Song Geometric analysis
 Eduardo Sontag Control theory and systems biology
 Eugene Speer Mathematical physics
 Hector Sussmann System and control theory
 A. Shadi TahvildarZadeh Nonlinear hyperbolic partial differential equations
 Simon Thomas Set theory; group theory
 Roderich Tumulka Mathematical physics; foundations of quantum theory
 Jerrold Tunnell Number theory; automorphic forms
 Michael Vogelius Numerical analysis; partial differential equations
 Charles Weibel Algebraic Ktheory; homological algebra; algebraic geometry; algebraic topology; category theory
 Christopher Woodward Symplectic geometry; geometric quantization

Doron Zeilberger Algebraic and enumerative combinatorics;
experimental mathematics
 Wujun Zhang Numerical Analysis and
Computational Mathematics
Mathematics Graduate Faculty in other Departments
 Eric Allender (Computer ScienceNB) Complexity theory; parallel and probabilistic computation optimization; operations research; mathematical economics
 Adi BenIsrael (RUTCORNB) Matrix theory; numerical linear algebra;
 Martin FarachColton (Computer ScienceNB) Computational molecular biology; design and analysis of sequential and parallel algorithms
 Mark Feighn (Mathematics & Computer Science  Newark) Topology and geometric group theory
 Michael Fredman (Computer ScienceNB) Data structures and algorithms
 Siqi Fu (MathematicsCamden) Complex Analysis
 Jane Gilman (Mathematics & Computer Science  Newark) Riemann surfaces; Teichmuller theory; Hyperbolic Geometry
 Richard Gundy (StatisticsNB) Wavelets and timefrequency analysis; probability
 Howard Jacobowitz (MathematicsCamden)Differential geometry
 Michael Katehakis (Management Science & Information Systems/RUTCORNB) Optimization, Stochastic Systems, Dynamic Programming and their application to Business Analytics
 William Keigher (Mathematics & Computer Science  Newark) Differential algebra
 Haisheng Li (MathematicsCamden) Vertex operator algebra theory
 Gregory W. Moore (Physics and Astronomy) string theory, Mtheory, and gauge theories

Lee Mosher (Mathematics & Computer Science  Newark) Low Dimensional Topology & Geometry;
Geometric Group Theory
 Andras Prekopa (RUTCORNB) Optimization of stochastic systems
 John Randall (Mathematics & Computer Science  Newark) Differential topology
 Diana Shelstad (Mathematics & Computer Science  Newark) Harmonic analysis on algebraic groups
 William Steiger (Computer Science  NB) Algorithms, discrete & computational geometry
 Jacob Sturm (Mathematics & Computer Science  Newark) Number theory; Geometric Analysis; automorphic forms

Mario Szegedy (Computer ScienceNB)Theoretical computer science, programming
languages, combinatorics, combinatorial geometry, artificial intelligence
 Endre Szemerédi (Computer ScienceNB) Theoretical computer science;combinatorics, number theory, graph theory
 Gabor Toth (MathematicsCamden) Differential geometry
Adjunct Members of the Graduate Faculty
Emeritus
 José BarrosNeto Functional analysis; partial differential equations
 Edward Boylan (Mathematics & Computer Science  Newark) Probability and computer science
 Richard Bumby Number theory
 Richard M. Cohn Differential algebra
 Amy Cohen Partial differential equations; inverse scattering; Kortewegde Vries equation
 Bernard Coleman (MechanicsNB) Continuum mechanics; analysis
 Carl Faith Theory of rings and modules
 Steven Ferry Geometric topology
 Roe Goodman Representation theory and analysis on Lie groups
 Stephen Greenfield Linear partial differential equations; several complex variables
 Antoni Kosinski Differential topology
 Peter Landweber Algebraic topology; bordism theory; generalized homology theory
 Benjamin Muckenhoupt Harmonic analysis; weighted norm inequalities
 Michael O'Nan Permutation groups; simple groups
 Barbara Osofsky Ring theory; homological algebra
 Ted Petrie Algebraic and differential topology; transformation groups; algebraic group actions; equivariant surgery; financial mathematics
 Jane Cronin Scanlon Qualitative theory of ordinary differential equations; biomathematics
 Charles Sims Computational group theory and algebraic algorithms
 Earl Taft Hopf algebras
 Jean Taylor Geometric measure theory; theory of crystal growth
 François Treves Functional analysis; linear partial differential equations; several complex variables
 Wolmer Vasconcelos Commutative algebra; computational algebra
 Richard Wheeden Harmonic analysis; harmonic functions; weighted norm inequalities
 Robert Wilson Lie algebras
 Norman Zabusky Vortex dynamics in two or three dimensions
 Hyman Zimmerberg Boundary value problems