-
Julien Arino:
mathematical epidemiology,
mathematical population dynamics
-
Nicolas Bajeux
(Postdoctoral fellow):
mathematical biology,
dynamical systems
-
Tom Berry
(Senior scholar):
mathematical modelling,
tether dynamics
-
Robert Borgersen:
Ramsey theory,
graph Ramsey theory,
graph reconstruction,
graph theory,
computational combinatorics,
extremal combinatorics,
general combinatorics
-
Leo Butler:
dynamical systems,
differential equations,
computer algebra
-
Jaydeep Chipalkatti:
algebraic geometry,
classical invariant theory
-
Adam Clay:
geometric group theory,
group actions on ordered sets,
relationship between geometry of 3-manifolds and the algebraic properties of their fundamental groups
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Raphaël Clouâtre:
operator theory,
operator algebras
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Susan Cooper:
commutative algebra,
combinatorial commutative algebra,
algebraic geometry
-
Craig Cowan:
partial differential equations
-
Robert Craigen:
combinatorial matrix theory
-
Michael Doob:
combinatorics
-
Fereidoun Ghahramani
(Professor emeritus):
functional analysis,
abstract harmonic analysis
-
Tyrone Ghaswala
(Postdoctoral fellow):
geometric group theory,
geometry,
mapping class groups
-
George Gratzer
(Professor emeritus):
universal algebra,
lattice theory
-
Abba B. Gumel
(Adjunct professor):
mathematical biology,
dynamical systems,
computational mathematics
-
David Gunderson:
combinatorics,
including Ramsey theory,
extremal set theory,
discrete geometry
-
Karen Gunderson:
graph theory,
combinatorics,
random graphs,
percolation,
hypergraphs,
extremal combinatorics
-
Sasho Kalajdzievski:
group theory
-
Stephen Kirkland:
matrix theory,
graph theory,
theory and applications of nonnegative matrices,
combinatorial matrix theory,
spectral graph theory
-
Kirill Kopotun:
approximation theory,
computational and industrial mathematics,
numerical analysis,
linear algebra (matrix theory),
partial differential equations
-
Derek Krepski:
symplectic geometry,
algebraic topology,
quantization,
Lie groupoids,
stacks
-
Tommy Kucera:
mathematical logic,
model theory,
stability theory,
applications of model theory to the study of modules and rings
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Kang-Ling Liao:
mathematical biology,
mathematical modelling
-
Shaun Lui:
numerical analysis,
spectral methods,
scientific computing,
partial differential equations
-
Gholamhossein Moghaddam:
infinite group theory,
commutators algebra,
history of mathematics
-
Ranganathan Padmanabhan
(Senior scholar):
equational logic,
geometry,
automated reasoning,
first order theorem proving
-
Craig Platt
(Senior scholar):
universal algebra,
lattice theory
-
Sarah Plosker
(Adjunct professor):
quantum information theory,
operator theory,
linear algebra,
matrix analysis
-
Stéphanie Portet:
biomathematics,
mathematical modelling
-
Andriy Prymak:
analysis,
approximation theory,
combinatorics,
convex geometry,
numerical analysis
-
Siddarth Sankaran:
number theory,
automorphic forms,
arithmetic geometry
-
Eric Schippers:
complex analysis,
geometric function theory,
Teichmueller theory,
conformal field theory
-
Khodr Shamseddine
(Adjunct professor):
non-Archimedean analysis and mathematical physics
-
Pappur Shivakumar
(Professor emeritus):
finite and infinite matrices and applications,
industrial mathematics,
mathematical biology
-
Richard Slevinsky:
numerical analysis,
scientific computing,
spectral methods,
sinc numerial methods,
fast polynomial transforms,
singular integral equations
-
Michael Szestopalow
(Postdoctoral fellow):
mathematical education,
extremal graph theory
-
Robert Thomas
(Professor emeritus):
applications of geometry,
philosophy of Mathematics
-
Don Trim:
mathematical education,
calculus,
complex variable theory,
partial differential equations
-
Joe Williams
(Senior scholar):
functional analysis,
infinite matrices,
differential equations
-
R. Grant Woods
(Professor emeritus):
general topology,
rings of continuous functions,
compactification theory
-
Yang Zhang:
algebra,
computer algebra,
applications of computer algebra
-
Yong Zhang:
functional analysis,
Banach algebras,
harmonic analysis
-
Nina Zorboska:
operator theory,
complex analysis,
spaces of holomorphic function