Following is a list of research interests of faculty members of the Rutgers University Mathematics Department, including emeriti, distinguished visitors, and associated researchers. This is followed by a list of Rutgers faculty in other departments or units who are either Associate Members of the Department of Mathematics or members of the Graduate Faculty in Mathematics.

Click on a name to see the person's departmental listing.
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• Abbas Bahri - variational problems in nonlinear analysis and geometry
• Tadeusz Balaban - mathematical physics
• Jose Barros-Neto (Emeritus) - functional analysis, partial differential equations
• R. Michael Beals - harmonic analysis, Fourier integral operators, partial differential equations
• József Beck - combinatorics, analysis
• Haïm Brezis - nonlinear analysis
• Felix Browder - nonlinear functional analysis, partial differential equations
• Anders Buch - algebraic geometry and combinatorics
• Richard Bumby (Emeritus) - number theory
• Terence Butler - differential equations
• Lisa Carbone - algebra, geometric group theory, discrete groups, group actions, combinatorics for problems in algebra, Kac-Moody groups
• Eric Carlen - analysis, mathematical physics
• Enriqueta Carrington - Lie groups, representation theory
• Maria Carvalho - mathematical physics
• 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 M. Cohn (Emeritus) - differential algebra
• Adrien Deloro - model theory, group theory
• Joanne Elliott (Emeritus) - potential theory
• Richard Falk - numerical analysis, partial differential equations
• Paul Feehan - topology of 4-manifolds, differential geometry, PDE, mathematical finance
• Steven Ferry - geometric topology, surgery theory, coarse geometry
• Giovanni Gallavotti - mathematical physics
• Semën Gindikin - theory of representations, integral geometry, several complex variables
• Sheldon Goldstein - foundations of quantum mechanics, Bohmian mechanics, nonlocality
• Roe Goodman - representation theory and analysis on Lie groups
• Stephen Greenfield (Emeritus) - linear partial differential equations, several complex variables
• András Hajnal (Emeritus) - logic
• Zheng-Chao Han - nonlinear analysis, partial differential equations
• William Hoyt (Emeritus) - algebraic geometry, elliptic surfaces, modular forms
• Xiaojun Huang - complex analysis and Cauchy-Riemann geometry
• Yi-Zhi Huang - infinite-dimensional Lie algebras, vertex operator algebras, conformal field theory
• Henryk Iwaniec - analytic number theory
• Jeffry N. Kahn - discrete mathematics and related areas
• Michael Kiessling - mathematical physics, statistical mechanics, nonlinear partial differential equations
• János Komlós - discrete mathematics, probability
• Antoni Kosinski (Emeritus) - differential topology
• Antti Kupiainen - mathematical physics
• Peter Landweber (Emeritus) - algebraic topology, bordism theory, generalized homology theory
• Joel Lebowitz - mathematical physics and statistical mechanics
• James Lepowsky - Lie theory, representation theory, mathematics related to string theory
• Yanyan Li - nonlinear analysis, partial differential equations
• Feng Luo - low dimensional topology, geometric structures on manifolds
• Richard Lyons - finite group theory
• Juan Pablo Mejia Ramos - mathematics education
• Stephen D. Miller - automorphic forms, L-functions, analytic number theory
• Konstantin Mischaikow - dynamical systems, mathematical biology, computational topology
• Benjamin Muckenhoupt - harmonic analysis, weighted norm inequalities
• Roger Nussbaum - nonlinear functional analysis
• Daniel Ocone - stochastics processes, stochastic control, filtering
• Michael O'Nan - permutation groups, simple groups
• Barbara Osofsky (Emeritus) - ring theory, homological algebra
• Ted Petrie - algebraic and differential topology, transformation groups, algebraic group actions, equivariant surgery, financial mathematics
• Walter Petryshyn (Emeritus) - nonlinear functional analysis, numerical functional analysis
• Vladimir Retakh - algebra, algebraic aspects of analysis
• Fred Roberts - applications of discrete mathematics, graph theory, decision making, measurement theory
• Alexander Rokhlenko - mathematical physics
• Xiaochun Rong - Riemannian geometry
• Joseph Rosenstein - logic, linear orderings, recursive model theory
• Siddhartha Sahi - harmonic analysis on reductive Lie groups
• Michael Saks - theory of computation, extremal set theory, partially ordered sets, graph theory
• Jane Cronin Scanlon (Emeritus) - qualitative theory of ordinary differential equations, biomathematics
• Vladimir Scheffer - geometric measure theory, partial differential equations
• Saharon Shelah - logic, model theory
• Vladimir Shtelen - symmetry analysis, nonlinear mathematical physics
• Charles Sims (Emeritus) - computational group theory and algebraic algorithms
• Avraham Soffer - mathematical physics, partial differential equations, scattering theory
• Sara Soffer - discrete mathematics, graph theory, real networks
• Jian Song - complex geometry
• Eduardo Sontag - system and control theory
• Eugene Speer - mathematical physics
• Héctor Sussmann - system and control theory
• Earl Taft - Hopf algebras
• A. Shadi Tahvildar-Zadeh - partial differential equations, geometric field theories
• Jean Taylor (Emeritus) - geometric measure theory, theory of crystal growth
• Simon Thomas - set theory, model theory, group theory
• François Treves (Emeritus) - functional analysis, linear partial differential equations, several complex variables
• Roderich Tumulka - foundations of physics, Bohmian mechanics
• Jerrold Tunnell - number theory, automorphic forms
• Wolmer Vasconcelos (Emeritus) - commutative algebra, computational algebra
• Michael Vogelius - numerical analysis, partial differential equations
• Charles Weibel - algebraic K-theory, homological algebra, algebraic geometry, algebraic topology, category theory
• Michael Weingart - representation theory
• Richard Wheeden - harmonic analysis, harmonic functions, weighted norm inequalities
• Robert Wilson - Lie algebras
• Christopher Woodward - symplectic geometry, gauge theory, mathematical physics
• Doron Zeilberger - algebraic and enumerative combinatorics; experimental mathematics
• Wujun Zhang - numerical analysis, computational mathematics
• Minxian Zhu - vertex operator algebras
• Hyman Zimmerberg (Emeritus) - boundary value problems

Associate Members of the Department of Mathematics and
Members of the Graduate Faculty in Mathematics from Other Departments

• Adi Ben-Israel - matrix theory, numerical linear algebra, optimization, operations research, mathematical economics
• Bernard Coleman - continuum mechanics, analysis
• Gerald Goldin - theoretical physics, infinite dimensional Lie algebras, mathematics education
• Richard Gundy - Wavelets and time-frequency analysis; probability theory
• Endre Szemerédi - theoretical computer science, combinatorics, number theory, graph theory