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Faculty

Faculty Office Hours Fall 2009

Office Name     Phone      Email Expertise
103 Bruce Boghosian
Department Chair
617-627-3054 bruce.boghosian@tufts.edu Theoretical and computational fluid dynamics, quantum computation
215 Christoph Börgers 617-627-2366 christoph.borgers@tufts.edu Mathematical neuroscience, applied dynamical systems, numerical analysis, scientific computing
Halligan 238 Lenore Cowen
Primary Appointment: Computer Science
617-627-5134 lenore.cowen@tufts.edu Algorithms, Discrete Mathematics, Interface Between Computer Science and Statistics, Computational Biology.
105 Lenore Feigenbaum
Undergraduate Program Coordinator
617-627-2352 lenore.feigenbaum@tufts.edu History of mathematics,  women in mathematics and science, scientific education and institutions
207 Alexander Frumosu 617-627-2365 a.teodorescu_frumosu@tufts.edu
216 Linda Garant 617-627-2843 linda.garant@tufts.edu
004 Mary Glaser
Webmaster
617-627-5045 mary.glaser@tufts.edu Undergraduate education; Discrete Mathematics
203 Fulton Gonzalez 617-627-2368 fulton.gonzalez@tufts.edu Noncommutative harmonic analysis, representations of Lie groups, integral geometry, and Radon transforms.
111 Mauricio Gutierrez 617-627-2360 mauricio.gutierrez@tufts.edu Combinatorial and geometric group theory
109 Charles Hague 617-627-2354 chuck.hague@tufts.edu
202 Marjorie Hahn

617-627-2363 marjorie.hahn@tufts.edu Probability and stochastic processes. Statistics.
114 Boris Hasselblatt 617-627-3419 boris.hasselblatt@tufts.edu Hyperbolic dynamics and related topics
110 Gail Kaufmann 617-627-2162 gail.kaufmann@tufts.edu
113 Misha Kilmer 617-627-2005 misha.kilmer@tufts.edu Iterative Methods, Numerical Linear Algebra, Numerical Analysis, Scientific Computing, Image and Signal Processing
212 Scott MacLachlan 617-627-2356 scott.maclachlan@tufts.edu Computational applied mathematics and scientific computation: Multiscale numerical analysis and efficient numerical techniques for the solution of partial differential and integro-differential equations.
209 Dan Margalit 617-627-2678 dan.margalit@tufts.edu Low-dimensional topology and geometric group theory: mapping class groups and Torelli groups, braid groups and Artin groups, Teichmüller space, and Out(F_n ).
112 George McNinch 617-627-6210 george.mcninch@tufts.edu The structure and representations of algebraic groups
214 Zbigniew Nitecki
Graduate Program Director
617-627-3843 zbigniew.nitecki@tufts.edu Dynamical systems, especially in dimensions 1 and 2; braids; combinatorial/geometric group theory; graphs.
204 E. Todd Quinto

617-627-3402 todd.quinto@tufts.edu Both pure and applied mathematics: integral geometry and tomography. tomography.
211 Kim Ruane
Transfer of Credit, Distribution Credit Advisor
617-627-2006 kim.ruane@tufts.edu Geometric Group Theory/Topology
520 Boston Ave
Room 129
Mary Beth Ruskai
Research Professor
617-627-3421 marybeth.ruskai@tufts.edu
Halligan 101A Diane Souvaine
Primary Appointment: Computer Science
617-627-2486 diane.souvaine@tufts.edu Computational Geometry; Design and Analysis of Algorithms; Computational Complexity
115 Montserrat Teixidor 617-627-2358 montserrat.teixidoribigas@tufts.edu Algebraic Geometry and especially Moduli of Vector Bundles on Curves
206 Loring Tu
on leave
617-627-3262 loring.tu@tufts.edu Algebraic geometry, topology, and differential geometry.
106 Sabir Umarov 617-627-2357 sabir.umarov@tufts.edu Differential operators and equations; Stochastic differential equations; Random walk models of stochastic processes
213 Genevieve Walsh 617-627-4032 genevieve.walsh@tufts.edu Hyperbolic manifolds and orbifolds, low-dimensional topology, group actions
116 Richard Weiss

617-627-3802 richard.weiss@tufts.edu Group theory, especially buildings and other geometric aspects of group theory.

In Their Own Words

"In my two decades here I have found Tufts to be an ideal and exciting working environment. Research is appreciated, well supported and eagerly shared among faculty. Teaching and mentoring are passions that we all share. Both of these passions can thrive in this department because there has never been politics to distract us from our shared vision that the synergy of research and teaching is what we are all about. And the privilege of working with outstanding students makes it a joy to be here."

Professor Boris Hasselblatt

Professor Boris Hasselblatt