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Stable K-theory and functor homology
by Scorichenko, Alexander, Ph.D., Northwestern University, 2000, 54 pages; AAT 9974355

Abstract (Summary)

In this paper we prove the conjectured isomorphism between stable K -theory and topological Hochschild homology over an arbitrary associative ring R , with coefficients in a bifunctor of finite degree in both variables. This work uses a purely algebraic approach and extends some classical constructions from the homology of groups to the case of the homology of a small category (which is isomorphic to topological Hochschild homology). It generalizes a well-known result of B. I. Dundas and R. McCarthy [ 2 ] established for the linear bifunctors.

The difference between these theories is computed in terms of homology of the category P ( R ) of finitely generated projectives with coefficients in certain bifunctors. And the final goal is achieved by proving the homology vanishing criterion for a very general class of bifunctors in the case of an arbitrary small additive category.

Indexing (document details)

Advisor:Suslin, Andrei
School:Northwestern University
School Location:United States -- Illinois
Keyword(s):Stable K-theory, MacLane homology, Topological Hochschild homology, Functor homology
Source:DAI-B 61/06, p. 3087, Dec 2000
Source type:Dissertation
Subjects:Mathematics
Publication Number: AAT 9974355
ISBN:9780599798588
Document URL:http://proquest.umi.com/pqdweb?did=732111461&sid=1&Fmt=2&cli entId=1899&RQT=309&VName=PQD
ProQuest document ID:732111461


 

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