On the nilpotence of the prime radical in module categories

For \(M\in R\)-Mod and \(\tau\) a hereditary torsion theory on the category \(\sigma [M]\) we use the concept of prime and semiprime module defined by Raggi et al. to introduce the concept of \(\tau\)-pure prime radical \(\mathfrak{N}_{\tau}(M) =\mathfrak{N}_{\tau}\) as the intersection of all \(\ta...

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Date:2022
Main Authors: Arellano, C., Castro, J., Ríos, J.
Format: Article
Language:English
Published: Lugansk National Taras Shevchenko University 2022
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Online Access:https://admjournal.luguniv.edu.ua/index.php/adm/article/view/1634
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Journal Title:Algebra and Discrete Mathematics

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Algebra and Discrete Mathematics
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author Arellano, C.
Castro, J.
Ríos, J.
author_facet Arellano, C.
Castro, J.
Ríos, J.
author_sort Arellano, C.
baseUrl_str
collection OJS
datestamp_date 2022-03-28T05:34:02Z
description For \(M\in R\)-Mod and \(\tau\) a hereditary torsion theory on the category \(\sigma [M]\) we use the concept of prime and semiprime module defined by Raggi et al. to introduce the concept of \(\tau\)-pure prime radical \(\mathfrak{N}_{\tau}(M) =\mathfrak{N}_{\tau}\) as the intersection of all \(\tau\)-pure prime submodules of \(M\). We give necessary and sufficient conditions for the \(\tau\)-nilpotence of \(\mathfrak{N}_{\tau}(M) \). We prove that if \(M\) is a finitely generated \(R\)-module, progenerator in \(\sigma [M]\) and \(\chi\neq \tau\) is FIS-invariant torsion theory such that \(M\) has \(\tau\)-Krull dimension, then \(\mathfrak{N}_{\tau}\) is \(\tau\)-nilpotent.
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spelling admjournalluguniveduua-article-16342022-03-28T05:34:02Z On the nilpotence of the prime radical in module categories Arellano, C. Castro, J. Ríos, J. prime modules, semiprime modules, Goldie modules, torsion theory, nilpotent ideal, nilpotence 06F25, 16S90, 16D50, 16P50, 16P70 For \(M\in R\)-Mod and \(\tau\) a hereditary torsion theory on the category \(\sigma [M]\) we use the concept of prime and semiprime module defined by Raggi et al. to introduce the concept of \(\tau\)-pure prime radical \(\mathfrak{N}_{\tau}(M) =\mathfrak{N}_{\tau}\) as the intersection of all \(\tau\)-pure prime submodules of \(M\). We give necessary and sufficient conditions for the \(\tau\)-nilpotence of \(\mathfrak{N}_{\tau}(M) \). We prove that if \(M\) is a finitely generated \(R\)-module, progenerator in \(\sigma [M]\) and \(\chi\neq \tau\) is FIS-invariant torsion theory such that \(M\) has \(\tau\)-Krull dimension, then \(\mathfrak{N}_{\tau}\) is \(\tau\)-nilpotent. Lugansk National Taras Shevchenko University 2022-03-28 Article Article Peer-reviewed Article application/pdf https://admjournal.luguniv.edu.ua/index.php/adm/article/view/1634 10.12958/adm1634 Algebra and Discrete Mathematics; Vol 32, No 2 (2021) 2415-721X 1726-3255 en https://admjournal.luguniv.edu.ua/index.php/adm/article/view/1634/pdf Copyright (c) 2022 Algebra and Discrete Mathematics
spellingShingle prime modules
semiprime modules
Goldie modules
torsion theory
nilpotent ideal
nilpotence
06F25
16S90
16D50
16P50
16P70
Arellano, C.
Castro, J.
Ríos, J.
On the nilpotence of the prime radical in module categories
title On the nilpotence of the prime radical in module categories
title_full On the nilpotence of the prime radical in module categories
title_fullStr On the nilpotence of the prime radical in module categories
title_full_unstemmed On the nilpotence of the prime radical in module categories
title_short On the nilpotence of the prime radical in module categories
title_sort on the nilpotence of the prime radical in module categories
topic prime modules
semiprime modules
Goldie modules
torsion theory
nilpotent ideal
nilpotence
06F25
16S90
16D50
16P50
16P70
topic_facet prime modules
semiprime modules
Goldie modules
torsion theory
nilpotent ideal
nilpotence
06F25
16S90
16D50
16P50
16P70
url https://admjournal.luguniv.edu.ua/index.php/adm/article/view/1634
work_keys_str_mv AT arellanoc onthenilpotenceoftheprimeradicalinmodulecategories
AT castroj onthenilpotenceoftheprimeradicalinmodulecategories
AT riosj onthenilpotenceoftheprimeradicalinmodulecategories