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$E$-theory is compactly assembled

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arxiv 2402.18228 v3 pith:CQJKI6FA submitted 2024-02-28 math.KT math.ATmath.OA

classification math.KTmath.ATmath.OA
keywords categorymathrmtheoryassembledcompactlyalgebrasenrichmentinfty
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abstract

We show that the equivariant $E$-theory category $\mathrm{E}_{\mathrm{sep}}^{G}$ for separable $C^{*}$-algebras is a compactly assembled stable $\infty$-category. We derive this result as a consequence of the shape theory for $C^{*}$-algebras developed by Blackadar and Dardarlat and a new construction of $\mathrm{E}_{\mathrm{sep}}^{G}$. As an application we investigate a topological enrichment of the homotopy category of a compactly assembled $\infty$-category in general and argue that the results of Carri\'on and Schafhauser on the enrichment of the classical $E$-theory category can be derived by specialization.

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  1. Finite asymptotic dimension and the coarse assembly map

    math.AT 2024-12 conditional novelty 6.0 of 10

    The coarse assembly map for strong coarse homology theories with weak transfers is a phantom equivalence for bornological coarse spaces of weakly finite homotopical asymptotic dimension.

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