Rings with $u-1$ Quasinilpotent for Each Unit $u$

Fuente: arXiv
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Autori principali: Danchev, Peter, Javan, Arash, Hasanzadeh, Omid, Moussavi, Ahmad
Natura: Preprint
Pubblicazione: 2024
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author Danchev, Peter
Javan, Arash
Hasanzadeh, Omid
Moussavi, Ahmad
author_facet Danchev, Peter
Javan, Arash
Hasanzadeh, Omid
Moussavi, Ahmad
contents We define and explore in-depth the notion of {\it UQ rings} by showing their important properties and by comparing their behavior with that of the well-known classes of UU rings and JU rings, respectively. Specifically, among the other established results, we prove that UQ rings are always Dedekind finite (often named directly finite) as well as that, for semipotent rings $R$, the following equivalence hold: $R/J(R)$ is UQ $\iff$ $R$ is UQ having the property that the set $QN(R)$ of quasinilpotent elements of $R$ coincides with the Jacobson radical $J(R)$ of $R$.
format Preprint
id arxiv_https___arxiv_org_abs_2402_15455
institution arXiv
publishDate 2024
record_format arxiv
spellingShingle Rings with $u-1$ Quasinilpotent for Each Unit $u$
Danchev, Peter
Javan, Arash
Hasanzadeh, Omid
Moussavi, Ahmad
Rings and Algebras
16S34, 16U60
We define and explore in-depth the notion of {\it UQ rings} by showing their important properties and by comparing their behavior with that of the well-known classes of UU rings and JU rings, respectively. Specifically, among the other established results, we prove that UQ rings are always Dedekind finite (often named directly finite) as well as that, for semipotent rings $R$, the following equivalence hold: $R/J(R)$ is UQ $\iff$ $R$ is UQ having the property that the set $QN(R)$ of quasinilpotent elements of $R$ coincides with the Jacobson radical $J(R)$ of $R$.
title Rings with $u-1$ Quasinilpotent for Each Unit $u$
topic Rings and Algebras
16S34, 16U60
url https://arxiv.org/abs/2402.15455