The hyperspace of closed subsets on the edge of irreducible continua

For a nonempty nowhere dense closed subset of a continuum $X$, consider the following properties: being a non-weak cut subset, a non-block subset, a weak non-block subset, a shore subset, a non-strong center, and a non-cut subset of X. In this paper, we provide necessary conditions for subsets of an irreducible continuum about a subset to have one of these properties, and we prove that these properties are equivalent for nonempty nowhere dense closed subsets of an irreducible continuum about a finite subset. This result completes the study previously conducted on non-cut points and for subsets on the edge of a continuum by several authors.

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Publication Details

Journal
Applied General Topology
Published
2025-10-01
DOI
https://doi.org/10.4995/agt.2025.24058
Primary Topic
Advanced Topology and Set Theory
Type
article
Field-Weighted Citation Impact
0.00
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article

The hyperspace of closed subsets on the edge of irreducible continua

Fernando Orozco-Zitli, Félix Capulín, David Maya, Emiliano Rodríguez-Anaya
Applied General Topology
Advanced Topology and Set Theory
article

The hyperspace of closed subsets on the edge of irreducible continua

Fernando Orozco-Zitli, Félix Capulín, David Maya, Emiliano Rodríguez-Anaya
article en

Abstract

For a nonempty nowhere dense closed subset of a continuum $X$, consider the following properties: being a non-weak cut subset, a non-block subset, a weak non-block subset, a shore subset, a non-strong center, and a non-cut subset of X. In this paper, we provide necessary conditions for subsets of an irreducible continuum about a subset to have one of these properties, and we prove that these properties are equivalent for nonempty nowhere dense closed subsets of an irreducible continuum about a finite subset. This result completes the study previously conducted on non-cut points and for subsets on the edge of a continuum by several authors.

Applied General TopologyVol. 26(2)
Universidad Autónoma del Estado de México (MX)
Openalex Percentile: Top 67%
Advanced Topology and Set Theory
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