Deviations for generalized tiling billiards in cyclic polygons

Fuente: arXiv
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Main Author: Jay, Magali
Format: Preprint
Published: 2024
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author Jay, Magali
author_facet Jay, Magali
contents This work continues the study of tiling billiards, a class of dynamical system introduced by Davis et al. in 2018. We develop the study of generalized tiling billiards in a cyclic polygon. This work shows that the behavior of generalized tiling billiards in cyclic N-gons with N > 4 is considerably different from that of triangular and quadrilateral tiling billiards studied before. Indeed, we exhibit an open set of generalized tiling billiard trajectories deviating sublinearly from their asymptotic direction, whereas for N = 3 or 4 almost every trajectory stays at a bounded distance from a line. Moreover, we establish the rate of deviations both in the generic case and in some non generic cases.
format Preprint
id arxiv_https___arxiv_org_abs_2402_15765
institution arXiv
publishDate 2024
record_format arxiv
spellingShingle Deviations for generalized tiling billiards in cyclic polygons
Jay, Magali
Dynamical Systems
37E10, 37B10
This work continues the study of tiling billiards, a class of dynamical system introduced by Davis et al. in 2018. We develop the study of generalized tiling billiards in a cyclic polygon. This work shows that the behavior of generalized tiling billiards in cyclic N-gons with N > 4 is considerably different from that of triangular and quadrilateral tiling billiards studied before. Indeed, we exhibit an open set of generalized tiling billiard trajectories deviating sublinearly from their asymptotic direction, whereas for N = 3 or 4 almost every trajectory stays at a bounded distance from a line. Moreover, we establish the rate of deviations both in the generic case and in some non generic cases.
title Deviations for generalized tiling billiards in cyclic polygons
topic Dynamical Systems
37E10, 37B10
url https://arxiv.org/abs/2402.15765