Rigidification of connective comodules

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1. Verfasser: Péroux, Maximilien
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Veröffentlicht: 2020
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author Péroux, Maximilien
author_facet Péroux, Maximilien
contents Let $\mathbb{k}$ be a commutative ring with global dimension zero. We show that we can rigidify homotopy coherent comodules in connective modules over the Eilenberg-Mac Lane spectrum of $\mathbb{k}$. That is, the $\infty$-category of homotopy coherent comodules is represented by a model category of strict comodules in non-negative chain complexes over $\mathbb{k}$. These comodules are over a coalgebra that is strictly coassociative and simply connected. The rigidification result allows us to derive the notion of cotensor product of comodules and endows the $\infty$-category of comodules with a symmetric monoidal structure via the two-sided cobar resolution.
format Preprint
id arxiv_https___arxiv_org_abs_2006_09398
institution arXiv
publishDate 2020
record_format arxiv
spellingShingle Rigidification of connective comodules
Péroux, Maximilien
Algebraic Topology
Category Theory
18N40, 18N70, 55P43 (Primary) 16T15, 55U15 (Secondary)
Let $\mathbb{k}$ be a commutative ring with global dimension zero. We show that we can rigidify homotopy coherent comodules in connective modules over the Eilenberg-Mac Lane spectrum of $\mathbb{k}$. That is, the $\infty$-category of homotopy coherent comodules is represented by a model category of strict comodules in non-negative chain complexes over $\mathbb{k}$. These comodules are over a coalgebra that is strictly coassociative and simply connected. The rigidification result allows us to derive the notion of cotensor product of comodules and endows the $\infty$-category of comodules with a symmetric monoidal structure via the two-sided cobar resolution.
title Rigidification of connective comodules
topic Algebraic Topology
Category Theory
18N40, 18N70, 55P43 (Primary) 16T15, 55U15 (Secondary)
url https://arxiv.org/abs/2006.09398