Isomorphism Conjecture for homotopy K-theory and groups acting on trees
Arthur Bartels, Wolfgang Lueck
Abstract
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Arthur Bartels, Wolfgang Lueck
Abstract
Open-access reader
We discuss an analogon to the Farrell-Jones Conjecture for homotopy algebraic K-theory. In particular, we prove that if a group G acts on a tree and all isotropy groups satisfy this conjecture, then G satisfies this conjecture. This result can be used to get rational injectivity results for the assembly map in the Farrell-Jones Conjecture in algebraic K-theory.
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We discuss an analogon to the Farrell-Jones Conjecture for homotopy algebraic K-theory. In particular, we prove that if a group G acts on a tree and all isotropy groups satisfy this conjecture, then G satisfies this conjecture. This result can be used to get rational injectivity results for the assembly map in the Farrell-Jones Conjecture in algebraic K-theory.
Key concepts: Conjecture, Mathematics, Isomorphism (crystallography), Homotopy, Combinatorics, Homotopy group, Group (periodic table), Collatz conjecture