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Geometric modules and Quinn homology theory
Authors:Douglas R. Anderson  Hans Jø  rgen Munkholm
Affiliation:(1) Department of Mathematics, Syracuse University, 13244 Syracuse, NY, USA;(2) Institut for Matematik og Datalogi, Odense Universitet, 5230 Odense M, Denmark
Abstract:LetR be a ring with unit and invariant basis property. In [1], the authors define a functorK(_;R):TOP/LIPcrarrohgr-LPEP by combining the open cone construction of [7] with a geometric module construction and show this functor is a homology theory. This paper shows that if attention is restricted to objects xgrisinTOP/LIPc with a lsquohomotopy colimit structurersquo, then the functorK(_;R) is a Quinn homology theory, In particular, for each xgr having a homotopy colimit structure,K(xgr;R) is a homotopy colimit in the category of OHgr-spectra. Furthermore, the constituent spectra of this homotopy colimit are obtained naturally from the fibres of xgr.Partially supported by the National Science Foundation under grant number DMS88-03148.Partially supported by the SNF (Denmark) under grant number 11-7792.
Keywords:Quinn homology theory  geometric modules  algebraicK-homology theory  boundedK-theory  controlledK-theory  bounded topology  controlled topology  homotopy colimit
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