Thomas Bagby
Professor Emeritus, Mathematics
- bagby@iu.edu
- (812) 855-6371
- Rawles Hall 369
Research Interests
approximation and potential theory
Professor Emeritus, Mathematics
Research Interests
approximation and potential theory
Professor Emeritus, Mathematics
Research Interests
several complex variables
Professor Emeritus, Mathematics
Research Interests
probability theory and statistics; stochastic differential equations and Markov processes
Professor Emeritus, Mathematics
Research Interests
probability theory for weakly dependent random processes
Professor Emeritus, Mathematics
Research Interests
differential geometry; Lie Theory; complex automorphisms of pseudoconvex domains; calibrated geometries
Professor Emeritus, Mathematics
Research Interests
geometric topology; transformation groups; low-dimensional topology; four-dimensional manifolds; metric geometry; convex geometry
Distinguished Professor Emeritus, Mathematics
Research Interests
rigidity in geometry and dynamics; analytic and geometric group theory; ergodic theory; Lie groups, their discrete subgroups and generalizations
Professor Emeritus, Mathematics
Research Interests
probability theory; stochastic analysis; mathematical finance
Professor Emeritus, Mathematics
Research Interests
central simple algebras and the Brauer group; algebraic groups and algebras with involution
Professor Emeritus, Mathematics
Research Interests
PDE; applied mathematics and computation
Professor Emeritus, Mathematics
Research Interests
commutative algebra
Professor Emeritus, Mathematics
Research Interests
geometric topology; low-dimensional manifolds; knot theory
Professor Emeritus, Mathematics
Research Interests
PDE; applied mathematics and computation
Professor Emeritus, Mathematics
Research Interests
several complex variables
Professor Emeritus, Mathematics
College of Arts and Sciences Distinguished Research Scholar, Mathematics
Research Interests
probability theory and statistics; nonparametric statistics and time series,stochastic processes, mathematical and probability theory for fuzzy random variables, and fuzzy analysis.
Professor Emeritus, Mathematics
Research Interests
geometric analysis; submanifold geometry; minimal hypersurfaces of spheres; skew-loops; harmonic analysis of differential forms and currents
Professor Emeritus, Mathematics
Research Interests
Mathematical and computational models for problems arising in biology and medicine.
Professor Emeritus, Mathematics
Research Interests
analysis