$C^1$-Local Flatness and Geodesics of the Legendrian Spectral Distance

Fuente: arXiv
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Auteurs principaux: Allais, Simon, Arlove, Pierre-Alexandre
Format: Preprint
Publié: 2024
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author Allais, Simon
Arlove, Pierre-Alexandre
author_facet Allais, Simon
Arlove, Pierre-Alexandre
contents In this article, we give an explicit computation of the order spectral selectors of a pair of $C^1$-close Legendrian submanifolds belonging to an orderable isotopy class. The $C^1$-local flatness of the spectral distance and the characterisation of its geodesics are deduced. Another consequence is the $C^1$-local coincidence of spectral and Shelukhin-Chekanov-Hofer distances. Similar statements are then deduced for several contactomorphism groups.
format Preprint
id arxiv_https___arxiv_org_abs_2403_10679
institution arXiv
publishDate 2024
record_format arxiv
spellingShingle $C^1$-Local Flatness and Geodesics of the Legendrian Spectral Distance
Allais, Simon
Arlove, Pierre-Alexandre
Symplectic Geometry
53D10, 57R17, 58B20
In this article, we give an explicit computation of the order spectral selectors of a pair of $C^1$-close Legendrian submanifolds belonging to an orderable isotopy class. The $C^1$-local flatness of the spectral distance and the characterisation of its geodesics are deduced. Another consequence is the $C^1$-local coincidence of spectral and Shelukhin-Chekanov-Hofer distances. Similar statements are then deduced for several contactomorphism groups.
title $C^1$-Local Flatness and Geodesics of the Legendrian Spectral Distance
topic Symplectic Geometry
53D10, 57R17, 58B20
url https://arxiv.org/abs/2403.10679