Rings of Quotients of Rings of Functions

Fuente: arXiv
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Hauptverfasser: Fine, N. J., Gillman, L., Lambek, J.
Format: Preprint
Veröffentlicht: 2024
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author Fine, N. J.
Gillman, L.
Lambek, J.
author_facet Fine, N. J.
Gillman, L.
Lambek, J.
contents From the original PREFACE: The rings of quotients recently introduced by Johnson and Utumi are applied to the ring $C(X)$ of all continuous real-valued functions on a completely regular space $X$. Let $Q(X)$ denote the maximal ring of quotients of $C(X)$; then $Q(X)$ may be realized as the ring of all continuous functions on the dense open sets of $X$ (modulo an obvious equivalence relation). In special cases (e.g., for metric $X$), $Q(X)$ reduces to the classical ring of quotients of $C(X)$ (formed with respect to the regular elements), but in general, the classical ring is only a proper sub-ring of $Q(X)$.
format Preprint
id arxiv_https___arxiv_org_abs_2403_04079
institution arXiv
publishDate 2024
record_format arxiv
spellingShingle Rings of Quotients of Rings of Functions
Fine, N. J.
Gillman, L.
Lambek, J.
General Topology
Rings and Algebras
46.55 (54.60)
From the original PREFACE: The rings of quotients recently introduced by Johnson and Utumi are applied to the ring $C(X)$ of all continuous real-valued functions on a completely regular space $X$. Let $Q(X)$ denote the maximal ring of quotients of $C(X)$; then $Q(X)$ may be realized as the ring of all continuous functions on the dense open sets of $X$ (modulo an obvious equivalence relation). In special cases (e.g., for metric $X$), $Q(X)$ reduces to the classical ring of quotients of $C(X)$ (formed with respect to the regular elements), but in general, the classical ring is only a proper sub-ring of $Q(X)$.
title Rings of Quotients of Rings of Functions
topic General Topology
Rings and Algebras
46.55 (54.60)
url https://arxiv.org/abs/2403.04079