Quantaloid-enriched categories: Factorization, weak classifiers, and symmetry

This paper provides a comprehensive overview of some of the foundational properties of categories enriched over quantaloids, along with several new results. We demonstrate that the category whose objects are quantaloid-enriched categories and whose morphisms are left adjoint distributors admits an (epi, extremal mono)--factorization system. Furthermore, we prove that the category of cocomplete quantaloid-enriched categories satisfies the weak subobject classifier axiom, under stability conditions on the underlying quantaloid. As an application, we discuss how these structural results extend to quantale-valued sets, thereby generalizing the classical theory of $Ω$-valued sets.

Publication Details

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ArXiv.org
Published
2025-10-11
Primary Topic
Thermal Regulation in Medicine
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article
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article

Quantaloid-enriched categories: Factorization, weak classifiers, and symmetry

ArXiv.org
Thermal Regulation in Medicine
article

Quantaloid-enriched categories: Factorization, weak classifiers, and symmetry

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Abstract

This paper provides a comprehensive overview of some of the foundational properties of categories enriched over quantaloids, along with several new results. We demonstrate that the category whose objects are quantaloid-enriched categories and whose morphisms are left adjoint distributors admits an (epi, extremal mono)--factorization system. Furthermore, we prove that the category of cocomplete quantaloid-enriched categories satisfies the weak subobject classifier axiom, under stability conditions on the underlying quantaloid. As an application, we discuss how these structural results extend to quantale-valued sets, thereby generalizing the classical theory of $Ω$-valued sets.

ArXiv.org
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Openalex Percentile: Top 41%
Thermal Regulation in Medicine
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Quantaloid-enriched categories: Factorization, weak classifiers, and symmetry · ArXiv.org (2025) | TGRS Research Map | TGRS