Homologie polygraphique des systèmes locaux

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Hauptverfasser: Guetta, Léonard, Maltsiniotis, Georges
Format: Preprint
Veröffentlicht: 2023
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author Guetta, Léonard
Maltsiniotis, Georges
author_facet Guetta, Léonard
Maltsiniotis, Georges
contents In this article, we introduce a notion of polygraphic homology of a strict $ω$-category with coefficients in a local system, generalizing the polygraphic homology with coefficients in $\mathbb Z$, introduced by François Métayer. We show that the homology of a simplicial set with coefficients in a local system coincides with the polygraphic homology of its image by the left adjoint of the Street nerve with coefficients in the corresponding local system. We define in this framework a comparison morphism between the polygraphic homology of a strict $ω$-category and the homology of its Street nerve, and we show that this morphism is an isomorphism for (1-)categories. This is not true for an arbitrary $ω$-category. Nevertheless, we conjecture that for an analogous construction in the framework of weak $ω$-categories ``à la Grothendieck'' we would always obtain an isomorphism.
format Preprint
id arxiv_https___arxiv_org_abs_2309_10466
institution arXiv
publishDate 2023
record_format arxiv
spellingShingle Homologie polygraphique des systèmes locaux
Guetta, Léonard
Maltsiniotis, Georges
Algebraic Topology
Category Theory
18G10, 18G15, 18G35, 18G90, 18N30, 18N40, 18N50, 18N65, 55N10, 55N25, 55U10, 55U15
In this article, we introduce a notion of polygraphic homology of a strict $ω$-category with coefficients in a local system, generalizing the polygraphic homology with coefficients in $\mathbb Z$, introduced by François Métayer. We show that the homology of a simplicial set with coefficients in a local system coincides with the polygraphic homology of its image by the left adjoint of the Street nerve with coefficients in the corresponding local system. We define in this framework a comparison morphism between the polygraphic homology of a strict $ω$-category and the homology of its Street nerve, and we show that this morphism is an isomorphism for (1-)categories. This is not true for an arbitrary $ω$-category. Nevertheless, we conjecture that for an analogous construction in the framework of weak $ω$-categories ``à la Grothendieck'' we would always obtain an isomorphism.
title Homologie polygraphique des systèmes locaux
topic Algebraic Topology
Category Theory
18G10, 18G15, 18G35, 18G90, 18N30, 18N40, 18N50, 18N65, 55N10, 55N25, 55U10, 55U15
url https://arxiv.org/abs/2309.10466