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 e-mail addresses may also be obtained from the Rutgers online directory.

Here is information about faculty organized by research interests.

  Department of Mathematics New Brunswick

• Abbas Bahri Variational problems in nonlinear analysis and geometry
• Tadeusz Balaban Mathematical physics
• R. Michael Beals Harmonic analysis; Fourier integral operators; partial differential equations
• József Beck Combinatorics; analysis
• Haim Brezis (Mathematics-NB) Nonlinear functional analysis; partial differential equations
• Felix Browder Nonlinear functional analysis; partial differential equations
• Anders Buch Algebraic Geometry; combinatorics
• Richard Bumby Number theory
• 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
• Amy Cohen Partial differential equations; inverse scattering; Korteweg-de Vries equation
• Richard Falk Numerical analysis, partial differential equations
• Paul M. N. Feehan Gauge theory and applications to four-manifolds
• Steven Ferry Geometric topology
• Giovanni Gallavotti Mathematical physics
• Semën Gindikin Theory of representations; integral geometry: several complex variables
• Gerald Goldin (Physics-NB) Mathematical physics; infinite dimensional
  
• Sheldon Goldstein Statistical mechanics; probability theory
• Roe Goodman Representation theory and analysis on Lie groups
• Stephen Greenfield Linear partial differential equations; several complex variables
• Zheng-Chao Han Nonlinear analysis; partial differential equations
• Xiaojun Huang Several complex variables
• Yi-Zhi 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
• Joel Lebowitz Mathematical physics and statistical mechanics
• Young-Ju Lee Numerical Analysis; Multigrid Method; Fluid Dynamics
• James Lepowsky Vertex operator algebra theory; mathematics underlying string theory
• Yanyan Li Nonlinear analysis; partial differential equations
• Feng Luo Low dimensional topology; geometric structures on manifolds
• Richard Lyons Simple groups
• Stephen D. Miller Automorphic forms: L-functions
  
• Konstantin Mischaikow Topological and Computational Dynamics; Mathematical Biology; Nonlinear Data Analysis
  
• Roger Nussbaum Nonlinear functional analysis
• Daniel Ocone Stochastic processes; stochastic control; filtering
• Michael O'Nan Permutation groups; simple groups
• Ted Petrie Algebraic and differential topology; transformation groups; algebraic group actions; equivariant surgery; financial mathematics
• 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
• Vladimir Scheffer Geometric measure theory; 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
• Earl Taft Hopf algebras
• A. Shadi Tahvildar-Zadeh 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
• Wolmer Vasconcelos Commutative algebra; computational algebra
• Michael Vogelius Numerical analysis; partial differential equations
• Van H. Vu Combinatorial number theory, Probabilistic combinatorics
• Charles Weibel Algebraic K-theory; homological algebra; algebraic geometry; algebraic topology; category theory
• Richard Wheeden Harmonic analysis; harmonic functions; weighted norm inequalities
• Robert Wilson Lie algebras
• Christopher Woodward Symplectic geometry; geometric quantization
• Doron Zeilberger Algebraic and enumerative combinatorics; experimental mathematics
  

Mathematics Graduate Faculty in other Departments

• Eric Allender (Computer Science-NB) Complexity theory; parallel and probabilistic computation optimization; operations research; mathematical economics
• Adi Ben-Israel (RUTCOR-NB) Matrix theory; numerical linear algebra;
• Edward Boylan(Mathematics & Computer Science - Newark) Probability and computer science
• Bernard Coleman (Mechanics-NB) Continuum mechanics; analysis
• Martin Farach-Colton(Computer Science-NB) Computational molecular biology; design and analysis of sequential and parallel algorithms
• Michael Fredman(Computer Science-NB) Data structures and algorithms
• Siqi Fu (Mathematics-Camden) Complex Analysis
• Jane Gilman (Mathematics & Computer Science - Newark) Riemann surfaces; Teichmuller theory Lie algebras; mathematics education theory
• Richard Gundy (Statistics-NB) Wavelets and time-frequency analysis; probability
• Howard Jacobowitz (Mathematics-Camden)Differential geometry
• William Keigher (Mathematics & Computer Science - Newark) Differential algebra
• Haisheng Li (Mathematics-Camden) Vertex operator algebra theory
• Lee Mosher Low Dimensional Topology & Geometry; Geometric Group Theory
  
• Andras Prekopa (RUTCOR-NB) Optimization of stochastic systems
• John Randall (Mathematics & Computer Science - Newark) Differential topology
• Lawrence Shepp (Statistics-NB) Pure and applied probability; tomography; mathematics of finance
• Diana Shelstad (Mathematics & Computer Science - Newark) Harmonic analysis on algebraic groups
• William Steiger Algorithms, discrete & computational geometry
• Jacob Sturm (Mathematics & Computer Science - Newark) Number theory; Analytic geometry; automorphic forms
• Mario Szegedy (Computer Science-NB)Theoretical computer science, programming languages, combinatorics, combinatorial geometry, artificial intelligence
  
• Endre Szemerédi (Computer Science-NB) Theoretical computer science;combinatorics, number theory, graph theory
• Gabor Toth (Mathematics-Camden) Differential geometry

Adjunct Members of the Graduate Faculty

• Andrey Itkin(Mathematics) Computational and mathematical finance, mathematical physics and PDE
  

Emeritus

• José Barros-Neto Functional analysis; partial differential equations
• Richard M. Cohn Differential algebra
• Jane Cronin Scanlon Qualitative theory of ordinary differential equations; biomathematics
• Joanne Elliott Potential theory
• Carl FaithTheory of rings and modules
• William Hoyt Algebraic geometry; elliptic surfaces; modular forms
• Antoni Kosinski Differential topology
• Peter Landweber Algebraic topology; bordism theory; generalized homology theory
• Solomon Leader Functional analysis
• Benjamin Muckenhoupt Harmonic analysis; weighted norm inequalities
• Barbara Osofsky Ring theory; homological algebra
• David Shanno (RUTCOR-NB) Mathematical programming; numerical analysis
• Charles Sims Computational group theory and algebraic algorithms
• Jean Taylor Geometric measure theory; theory of crystal growth
• Myles Tierney Topos theory
• François Treves Functional analysis; linear partial differential equations; several complex variables
• Norman Zabusky Vortex dynamics in two or three dimensions
• Hyman Zimmerberg Boundary value problems