On Metrizability, Completeness and Compactness in Modular Pseudometric Topologies

Fuente: arXiv
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Autore principale: Majozi, Philani Rodney
Natura: Preprint
Pubblicazione: 2025
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author Majozi, Philani Rodney
author_facet Majozi, Philani Rodney
contents Building on the recent work of Mushaandja and Olela-Otafudu~\cite{MushaandjaOlela2025} on modular metric topologies, this paper investigates extended structural properties of modular (pseudo)metric spaces. We provide necessary and sufficient conditions under which the modular topology $τ(w)$ coincides with the uniform topology $τ(\mathcal{V})$ induced by the corresponding pseudometric, and characterize this coincidence in terms of a generalized $Δ$-condition. Explicit examples are given where $τ(w)\subsetneqτ(\mathcal{V})$, demonstrating the strictness of inclusion. Completeness, compactness, separability, and countability properties of modular pseudometric spaces are analysed, with functional-analytic analogues identified in Orlicz-type modular settings. Finally, categorical and fuzzy perspectives are explored, revealing structural invariants distinguishing modular from fuzzy settings.
format Preprint
id arxiv_https___arxiv_org_abs_2510_16787
institution arXiv
publishDate 2025
record_format arxiv
spellingShingle On Metrizability, Completeness and Compactness in Modular Pseudometric Topologies
Majozi, Philani Rodney
General Topology
Category Theory
54E35, 46E30, 18A40
Building on the recent work of Mushaandja and Olela-Otafudu~\cite{MushaandjaOlela2025} on modular metric topologies, this paper investigates extended structural properties of modular (pseudo)metric spaces. We provide necessary and sufficient conditions under which the modular topology $τ(w)$ coincides with the uniform topology $τ(\mathcal{V})$ induced by the corresponding pseudometric, and characterize this coincidence in terms of a generalized $Δ$-condition. Explicit examples are given where $τ(w)\subsetneqτ(\mathcal{V})$, demonstrating the strictness of inclusion. Completeness, compactness, separability, and countability properties of modular pseudometric spaces are analysed, with functional-analytic analogues identified in Orlicz-type modular settings. Finally, categorical and fuzzy perspectives are explored, revealing structural invariants distinguishing modular from fuzzy settings.
title On Metrizability, Completeness and Compactness in Modular Pseudometric Topologies
topic General Topology
Category Theory
54E35, 46E30, 18A40
url https://arxiv.org/abs/2510.16787