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Main Authors: Carrera, R. E., Hager, A. W., Wynne, B.
Format: Preprint
Published: 2026
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Online Access:https://arxiv.org/abs/2601.06310
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author Carrera, R. E.
Hager, A. W.
Wynne, B.
author_facet Carrera, R. E.
Hager, A. W.
Wynne, B.
contents We investigate the existence of compact Hausdorff spaces $X$ that are minimum with respect to $cX=K$ for some fixed covering operator $c$ and compact Hausdorff space $K$ with $cK=K$. Then, using the Yosida representation theorem, we show how that situation relates to the existence of Archimedean vector lattices $A$ with distinguished strong unit that are minimum with respect to $hA=H$ for some fixed hull operator $h$ and vector lattice $H$ with $hH=H$. Among others, we obtain answers for $c=g$ (the Gleason covering operator), $c=qF$ (the quasi-$F$ covering operator), $h = u$ (the uniform completion operator), and $h=e$ (the essential completion operator).
format Preprint
id arxiv_https___arxiv_org_abs_2601_06310
institution arXiv
publishDate 2026
record_format arxiv
spellingShingle Some minimum topological spaces, and vector lattices
Carrera, R. E.
Hager, A. W.
Wynne, B.
Functional Analysis
General Topology
54D80, 06F20, 54C10, 08C05
We investigate the existence of compact Hausdorff spaces $X$ that are minimum with respect to $cX=K$ for some fixed covering operator $c$ and compact Hausdorff space $K$ with $cK=K$. Then, using the Yosida representation theorem, we show how that situation relates to the existence of Archimedean vector lattices $A$ with distinguished strong unit that are minimum with respect to $hA=H$ for some fixed hull operator $h$ and vector lattice $H$ with $hH=H$. Among others, we obtain answers for $c=g$ (the Gleason covering operator), $c=qF$ (the quasi-$F$ covering operator), $h = u$ (the uniform completion operator), and $h=e$ (the essential completion operator).
title Some minimum topological spaces, and vector lattices
topic Functional Analysis
General Topology
54D80, 06F20, 54C10, 08C05
url https://arxiv.org/abs/2601.06310