
TL;DR
This paper establishes a model category structure for isovariant maps between G-spaces and proves an Elmendorf's theorem variant, linking it to diagram categories through Quillen equivalence.
Contribution
It introduces a Quillen model structure for the category of G-spaces with isovariant maps and proves an isovariant Elmendorf's theorem via model-theoretic methods.
Findings
Established a Quillen model structure for isovariant G-spaces
Proved a Quillen equivalence to a diagram category
Extended Elmendorf's theorem to the isovariant setting
Abstract
An isovariant map between spaces with a group action is an equivariant map which preserves isotropy groups. In this paper, we show that for a finite group , the category of -spaces with isovariant maps has a Quillen model structure. We prove a Piacenza-style model theoretic proof of an isovariant Elmendorf's theorem, showing that this model structure is Quillen equivalent to a model category of diagrams.
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Taxonomy
TopicsHomotopy and Cohomology in Algebraic Topology · Advanced Topics in Algebra · Advanced Operator Algebra Research
