Cartan calculi on the free loop spaces

Fuente: arXiv
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Autores principales: Kuribayashi, Katsuhiko, Naito, Takahito, Wakatsuki, Shun, Yamaguchi, Toshihiro
Formato: Preprint
Publicado: 2022
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author Kuribayashi, Katsuhiko
Naito, Takahito
Wakatsuki, Shun
Yamaguchi, Toshihiro
author_facet Kuribayashi, Katsuhiko
Naito, Takahito
Wakatsuki, Shun
Yamaguchi, Toshihiro
contents A typical example of a Cartan calculus consists of the Lie derivative and the contraction with vector fields of a manifold on the derivation ring of the de Rham complex. In this manuscript, a second stage of the Cartan calculus is investigated. In a general setting, the stage is formulated with operators obtained by the André-Quillen cohomology of a commutative differential graded algebra $A$ on the Hochschild homology of $A$ in terms of the homotopy Cartan calculus in the sense of Fiorenza and Kowalzig. Moreover, the Cartan calculus is interpreted geometrically with maps from the rational homotopy group of the monoid of self-homotopy equivalences on a space $M$ to the derivation ring on the loop cohomology of $M$. We also give a geometric description to Sullivan's isomorphism, which relates the geometric Cartan calculus to the algebraic one, via the $Γ_1$ map due to Félix and Thomas.
format Preprint
id arxiv_https___arxiv_org_abs_2207_05941
institution arXiv
publishDate 2022
record_format arxiv
spellingShingle Cartan calculi on the free loop spaces
Kuribayashi, Katsuhiko
Naito, Takahito
Wakatsuki, Shun
Yamaguchi, Toshihiro
Algebraic Topology
K-Theory and Homology
55P50, 55P35, 55P62, 13D03, 19D55
A typical example of a Cartan calculus consists of the Lie derivative and the contraction with vector fields of a manifold on the derivation ring of the de Rham complex. In this manuscript, a second stage of the Cartan calculus is investigated. In a general setting, the stage is formulated with operators obtained by the André-Quillen cohomology of a commutative differential graded algebra $A$ on the Hochschild homology of $A$ in terms of the homotopy Cartan calculus in the sense of Fiorenza and Kowalzig. Moreover, the Cartan calculus is interpreted geometrically with maps from the rational homotopy group of the monoid of self-homotopy equivalences on a space $M$ to the derivation ring on the loop cohomology of $M$. We also give a geometric description to Sullivan's isomorphism, which relates the geometric Cartan calculus to the algebraic one, via the $Γ_1$ map due to Félix and Thomas.
title Cartan calculi on the free loop spaces
topic Algebraic Topology
K-Theory and Homology
55P50, 55P35, 55P62, 13D03, 19D55
url https://arxiv.org/abs/2207.05941