Equivariant stable homotopy methods in the algebraic K-theory of infinite groups

Equivariant stable homotopy methods in the algebraic K-theory of infinite groups

Equivariant homotopy methods developed over the last 20 years lead to recent breakthroughs in the Borel isomorphism conjectures for Loday assembly maps in K- and L-theories. An important consequence of these algebraic conjectures is the topological rigidity of compact aspherical manifolds. Our goal...

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Veröffentlicht in:arXiv.org 2019-06
Hauptverfasser: Carlsson, Gunnar, Goldfarb, Boris
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Algebra
Asymptotic methods
Group theory
Isomorphism
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description Equivariant homotopy methods developed over the last 20 years lead to recent breakthroughs in the Borel isomorphism conjectures for Loday assembly maps in K- and L-theories. An important consequence of these algebraic conjectures is the topological rigidity of compact aspherical manifolds. Our goal is to strip the basic idea to the core and follow the evolution over time in order to explain the advantages of the flexible state that exists today. We end with an outline of the proof of the Borel conjecture in algebraic K-theory for groups of finite asymptotic dimension. We also discuss the relation of these methods to the recent work on the Farrell-Jones conjecture.
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subjects Algebra
Asymptotic methods
Group theory
Isomorphism
title Equivariant stable homotopy methods in the algebraic K-theory of infinite groups
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