Rings Whose Clean Elements Are Uniquely Strongly Clean

Fuente: arXiv
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Autores principales: Danchev, Peter, Hasanzadeh, Omid, Moussavi, Ahmad
Formato: Preprint
Publicado: 2024
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author Danchev, Peter
Hasanzadeh, Omid
Moussavi, Ahmad
author_facet Danchev, Peter
Hasanzadeh, Omid
Moussavi, Ahmad
contents We define the class of {\it CUSC} rings, that are those rings whose clean elements are uniquely strongly clean. These rings are a common generalization of the so-called {\it USC} rings, introduced by Chen-Wang-Zhou in J. Pure \& Applied Algebra (2009), which are rings whose elements are uniquely strongly clean. These rings also generalize the so-called {\it CUC} rings, defined by Calugareanu-Zhou in Mediterranean J. Math. (2023), which are rings whose clean elements are uniquely clean. We establish that a ring is USC if, and only if, it is simultaneously CUSC and potent. Some other interesting relationships with CUC rings are obtained as well.
format Preprint
id arxiv_https___arxiv_org_abs_2401_03449
institution arXiv
publishDate 2024
record_format arxiv
spellingShingle Rings Whose Clean Elements Are Uniquely Strongly Clean
Danchev, Peter
Hasanzadeh, Omid
Moussavi, Ahmad
Rings and Algebras
Representation Theory
We define the class of {\it CUSC} rings, that are those rings whose clean elements are uniquely strongly clean. These rings are a common generalization of the so-called {\it USC} rings, introduced by Chen-Wang-Zhou in J. Pure \& Applied Algebra (2009), which are rings whose elements are uniquely strongly clean. These rings also generalize the so-called {\it CUC} rings, defined by Calugareanu-Zhou in Mediterranean J. Math. (2023), which are rings whose clean elements are uniquely clean. We establish that a ring is USC if, and only if, it is simultaneously CUSC and potent. Some other interesting relationships with CUC rings are obtained as well.
title Rings Whose Clean Elements Are Uniquely Strongly Clean
topic Rings and Algebras
Representation Theory
url https://arxiv.org/abs/2401.03449