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Main Author: Epperlein, Jeremias
Format: Preprint
Published: 2023
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Online Access:https://arxiv.org/abs/2309.08512
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author Epperlein, Jeremias
author_facet Epperlein, Jeremias
contents The action of a finite group $G$ on a subshift of finite type $X$ is called free, if every point has trivial stabilizer, and it is called inert, if the induced action on the dimension group of $X$ is trivial. We show that any two free inert actions of a finite group $G$ on an SFT are conjugate by an automorphism of any sufficiently high power of the shift space. This partially answers a question posed by Fiebig. As a consequence we obtain that every two free elements of the stabilized automorphism group of a full shift are conjugate in this group. In addition, we generalize a result of Boyle, Carlsen and Eilers concerning the flow equivalence of $G$-SFTs.
format Preprint
id arxiv_https___arxiv_org_abs_2309_08512
institution arXiv
publishDate 2023
record_format arxiv
spellingShingle Eventual Conjugacy of Free Inert $G$-SFTs
Epperlein, Jeremias
Dynamical Systems
37B10 (Primary) 37B15 (Secondary)
The action of a finite group $G$ on a subshift of finite type $X$ is called free, if every point has trivial stabilizer, and it is called inert, if the induced action on the dimension group of $X$ is trivial. We show that any two free inert actions of a finite group $G$ on an SFT are conjugate by an automorphism of any sufficiently high power of the shift space. This partially answers a question posed by Fiebig. As a consequence we obtain that every two free elements of the stabilized automorphism group of a full shift are conjugate in this group. In addition, we generalize a result of Boyle, Carlsen and Eilers concerning the flow equivalence of $G$-SFTs.
title Eventual Conjugacy of Free Inert $G$-SFTs
topic Dynamical Systems
37B10 (Primary) 37B15 (Secondary)
url https://arxiv.org/abs/2309.08512