Bypass moves in convex hypersurface theory

Fuente: arXiv
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Auteurs principaux: Breen, Joseph, Christian, Austin
Format: Preprint
Publié: 2024
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author Breen, Joseph
Christian, Austin
author_facet Breen, Joseph
Christian, Austin
contents We construct bypass attachments in higher dimensional contact manifolds that, when attached to a neighborhood of a Weinstein hypersurface, yield a neighborhood of a new Weinstein hypersurface, obtained via local modifications to the Weinstein handle decomposition of the first. For context, we give $3$-dimensional analogues of these bypass attachments and discuss their appearance in nature. We then show that our bypass attachments give a necessary and sufficient set of moves relating any two Weinstein domains which become almost symplectomorphic after one stabilization. Finally, we use our construction to produce several examples of interesting convex hypersurfaces and recover an existence $h$-principle for Weinstein hypersurfaces.
format Preprint
id arxiv_https___arxiv_org_abs_2410_04564
institution arXiv
publishDate 2024
record_format arxiv
spellingShingle Bypass moves in convex hypersurface theory
Breen, Joseph
Christian, Austin
Symplectic Geometry
57R17
We construct bypass attachments in higher dimensional contact manifolds that, when attached to a neighborhood of a Weinstein hypersurface, yield a neighborhood of a new Weinstein hypersurface, obtained via local modifications to the Weinstein handle decomposition of the first. For context, we give $3$-dimensional analogues of these bypass attachments and discuss their appearance in nature. We then show that our bypass attachments give a necessary and sufficient set of moves relating any two Weinstein domains which become almost symplectomorphic after one stabilization. Finally, we use our construction to produce several examples of interesting convex hypersurfaces and recover an existence $h$-principle for Weinstein hypersurfaces.
title Bypass moves in convex hypersurface theory
topic Symplectic Geometry
57R17
url https://arxiv.org/abs/2410.04564