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3) Set Theoretic Topology/Topologie des ensembles
(Org: Juris Steprans, Steve Watson)
Murray Bell (University of Manitoba) Cardinal functions of centered spaces
Maxim Burke (University of Prince Edward Island) Continuous functions which take a somewhere dense set of values on every open set
Krzysztof Cielsielski (West Virginia University) Each Polish space is cocompactly quasimetrizable
Wistar Comfort (Wesleyan University) Continuos cross sections on Abelian groups equipped with a Bohr Topology
Ilijas Farah (York University) Exp(N*) need not be an N*-image
Douglas Grant (University College of Cape Breton) Alternative universes: the role of set theory in topological algebra
Gary Gruenhage (Auburn University) More on alpha-Toronto spaces
Melvin Henriksen (Harvey Mudd College) Embedding a ring of continuous functions in a regular ring; preliminary report
James Hirschorn (University of Toronto) Towers of measurable functions
Valery Miskin (Kemerovo State University) Set ideals everywhere
Justin Moore (University of Toronto) A linearly fibered Souslinean space under Martin's axiom
Eduardo Santillan (UNAM - Mexico) Topological properties of removable singularities for analytic functions
Alexander Shibakov (Tennessee Technological University) Controlling sequential order in topological vector spaces
Slawomir Solecki (Indiana University) Polish group actions and measures
Paul Szeptycki (Ohio University) Normality and property (a)
Andrzej Szymanski (Slippery Rock University of Pennylvania) On a class of special Namioka spaces
Franklin Tall (University of Toronto) The topology of elementary submodels
Murat Tuncali (Nipissing University) On Generalizations of the Hahn-Mazurkiewicz Theorem
Ed Tymchatyn (University of Saskatchewan) Measures and topological dynamics on Menger manifolds
Grant Woods (University of Manitoba) Recent Developments in Rings of Continuous Functions
Eduardo Santillan (York University, Cinvestav, Mexico) Topological properties of removable singularities for analytic functions
Next: 4) Symplectic/Low Dimensional Topology Up: Topology - 4 Sub-sessions/ Previous: 2) Homotopy Theory/Théorie de