Barcode entropy and relative symplectic cohomology

Fuente: arXiv
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Main Author: Ahn, Jonghyeon
Format: Preprint
Published: 2026
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author Ahn, Jonghyeon
author_facet Ahn, Jonghyeon
contents In this paper, we study the barcode entropy--the exponential growth rate of the number of not-too-short bars--of the persistence module associated with the relative symplectic cohomology $SH_M(K)$ of a Liouville domain $K$ embedded in a symplectic manifold $M$. Our main result establishes a quantitative link between this Floer-theoretic invariant and the dynamics of the Reeb flow on $\partial K$. More precisely, we show that the barcode entropy of the relative symplectic cohomology $SH_M(K)$ is bounded above by a constant multiple of the topological entropy of the Reeb flow on the boundary of the domain, where the constant depends on the embedding of $K$ into $M$.
format Preprint
id arxiv_https___arxiv_org_abs_2601_15606
institution arXiv
publishDate 2026
record_format arxiv
spellingShingle Barcode entropy and relative symplectic cohomology
Ahn, Jonghyeon
Symplectic Geometry
In this paper, we study the barcode entropy--the exponential growth rate of the number of not-too-short bars--of the persistence module associated with the relative symplectic cohomology $SH_M(K)$ of a Liouville domain $K$ embedded in a symplectic manifold $M$. Our main result establishes a quantitative link between this Floer-theoretic invariant and the dynamics of the Reeb flow on $\partial K$. More precisely, we show that the barcode entropy of the relative symplectic cohomology $SH_M(K)$ is bounded above by a constant multiple of the topological entropy of the Reeb flow on the boundary of the domain, where the constant depends on the embedding of $K$ into $M$.
title Barcode entropy and relative symplectic cohomology
topic Symplectic Geometry
url https://arxiv.org/abs/2601.15606