Orbifolds and stable homotopy groups
Johann K. Leida
Abstract
Lie groupoids generalize transformation groups, and so provide a natural language for studying orbifolds and other noncommutative geometries. In this paper, we investigate a connection between orbifolds and equivariant stable homotopy theory using such groupoids. A different sort of twisted sector, along with a classical theorem of tom Dieck, allows for a natural definition of stable orbifold homotopy groups, and motivates defining extended unstable orbifold homotopy groups generalizing previous definitions.
Create a lesson
Related papers
Koszul duality and homotopy algebras for operads over quivers
Hang Yuan
Magnitude, path and coarse homology
Yasuhiko Asao
The p-local topologoical period-index problem in dimensions 2p+2 and below
Diarmuid Crowley, Xing Gu
Toward Quillen stratification for the odd primary Steenrod algebra
John H. Palmieri
Indecomposable Uniform Families on the Adams 4-Line
Jordan Benson, Runji Li
Sn-equivariant L-classes of Cartesian powers of Witt spaces and the Hodge index conjecture for symmetric products
Mohammadali Aligholi