Meta-Isomorphism Conjecture for spectra

Let GG be a group, let EG:Or(G)Spectra{\mathbf E}^G:\operatorname{Or}(G)\to\operatorname{Spectra} be a covariant functor, let F\mathcal{F} be a family of subgroups of GG, and let EF(G)E_{\mathcal{F}}(G) be a model for the corresponding classifying space. The projection pr:EF(G)G/G\operatorname{pr}:E_{\mathcal{F}}(G)\to G/G induces a map of the associated homology spectra.

Meta-Isomorphism Conjecture. The induced map

(EG)%(pr):(EG)%(EF(G))(EG)%(G/G)=EG(G/G)({\mathbf E}^G)_{\%}(\operatorname{pr}):({\mathbf E}^G)_{\%}(E_{\mathcal{F}}(G))\to({\mathbf E}^G)_{\%}(G/G)={\mathbf E}^G(G/G)

is a weak homotopy equivalence. This is the spectrum-level form of the assembly conjecture and specializes to major isomorphism conjectures by choosing EG{\mathbf E}^G and F\mathcal{F}.

Sources & referencesView supporting material

Primary source

Wolfgang Lueck, “Assembly Maps”, arXiv:1805.00226 (2019).

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