The algebra group in the Department of Mathematical Sciences conducts research in several areas of algebra; some of these including invariant theory, commutative algebra, valuation theory, central simple algebras, module theory, representation theory, and Leibniz homology.
There has been a weekly algebra seminar in the department for many years. Faculty participants of the algebra seminar include Louiza Fouli, Pat Morandi, Bruce Olberding, and Susana Salamanca-Riba. The department has hosted several distinguished visiting professors and Holiday Symposia speakers in algebra since 1990. They include Georgia Benkart, David Eisenbud, Ed Green, Derek Holt, and Bernd Sturmfels.
Faculty Interest
![]() |
Louiza FouliCommutative Algebra. My research interests lie in the area of Commutative Algebra and its interactions with Algebraic Geometry, Homological Algebra, and Combinatorics. Research Topics: Rees algebras, residual intersection theory, edge ideals of graphs, the core of ideals, study of systems of parameters, tight closure, and integral closure.Some of my recent projects involve the study of the core of ideals, the study of the tight closure core and the study of the core of edge ideals of graphs. I have also been interested in studying the depth of powers of edge ideals. Recently, I have collaborated with Craig Huneke in a study of systems of parameters in Noetherian rings. Some of my recent collaborators are Craig Huneke (University of Kansas), Susan Morey (Texas State University), Claudia Poilini (University of Notre Dame), Bernd Ulrich (Purdue University), Janet Vassilev (University of New Mexico) and Adela Vraciu (University of South Carolina). |
![]() |
Bruce OlberdingCommutative Algebra and Module Theory. Recent research topics: valuation theory, integrally closed overrings of two-dimensional Noetherian domains, generic formal fibers of Noetherian rings, constructing rings from derivations, stable rings, ideal decompositions, and colon and injective properties of ideals integral domains.Other research interests include Prufer domains, holomorphy rings in function fields, ultraproducts of commutative rings, and decompositions of torsion-free modules. Some of my recent collaborators include Pat Goeters, Bill Heinzer, Laszlo Fuchs, Moshe Roitman, Serpil Saydam and Jay Shapiro. |



