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Main Authors: Klinga, Paweł, Kwela, Adam
Format: Preprint
Published: 2021
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Online Access:https://arxiv.org/abs/2111.01927
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author Klinga, Paweł
Kwela, Adam
author_facet Klinga, Paweł
Kwela, Adam
contents This paper is another attempt to measure the difference between the family $A[0,1]$ of attractors for iterated function systems acting on $[0,1]$ and a broader family, the set $A_w[0,1]$ of attractors for weak iterated function systems acting on $[0,1]$. It is known that both $A[0,1]$ and $A_w[0,1]$ are meager subsets of the hyperspace $K([0,1])$ (of all compact subsets of $[0,1]$ equipped in the Hausdorff metric). Actually, $A[0,1]$ is even $σ$-lower porous while the question about $σ$-lower porosity of $A_w[0,1]$ is still open. We prove that $A[0,1]$ is not $σ$-strongly porous in $K([0,1])$. Moreover, we show that $A_w[0,1]\setminus A[0,1]$ is dense in $K([0,1])$.
format Preprint
id arxiv_https___arxiv_org_abs_2111_01927
institution arXiv
publishDate 2021
record_format arxiv
spellingShingle Porosities of the sets of attractors
Klinga, Paweł
Kwela, Adam
Dynamical Systems
General Topology
This paper is another attempt to measure the difference between the family $A[0,1]$ of attractors for iterated function systems acting on $[0,1]$ and a broader family, the set $A_w[0,1]$ of attractors for weak iterated function systems acting on $[0,1]$. It is known that both $A[0,1]$ and $A_w[0,1]$ are meager subsets of the hyperspace $K([0,1])$ (of all compact subsets of $[0,1]$ equipped in the Hausdorff metric). Actually, $A[0,1]$ is even $σ$-lower porous while the question about $σ$-lower porosity of $A_w[0,1]$ is still open. We prove that $A[0,1]$ is not $σ$-strongly porous in $K([0,1])$. Moreover, we show that $A_w[0,1]\setminus A[0,1]$ is dense in $K([0,1])$.
title Porosities of the sets of attractors
topic Dynamical Systems
General Topology
url https://arxiv.org/abs/2111.01927