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Main Authors: Calderón, Antonio J., Díaz, Antonio, Haralampidou, Marina, Sánchez, José M.
Format: Preprint
Published: 2024
Subjects:
Online Access:https://arxiv.org/abs/2401.12897
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author Calderón, Antonio J.
Díaz, Antonio
Haralampidou, Marina
Sánchez, José M.
author_facet Calderón, Antonio J.
Díaz, Antonio
Haralampidou, Marina
Sánchez, José M.
contents Consider a pseudo-$H$-space $E$ endowed with a separately continuous biadditive associative multiplication which induces a grading on $E$ with respect to an abelian group $G$. We call such a space a graded pseudo-$H$-ring and we show that it has the form $E = cl(U + \sum_j I_j)$ with $U$ a closed subspace of $E_1$ (the summand associated to the unit element in $G$), and any $I_j$ runs over a well described closed graded ideal of $E$, satisfying $I_jI_k = 0$ if $j \neq k$. We also give a context in which graded simplicity of $E$ is characterized. Moreover, the second Wedderburn-type theorem is given for certain graded pseudo-$H$-rings.
format Preprint
id arxiv_https___arxiv_org_abs_2401_12897
institution arXiv
publishDate 2024
record_format arxiv
spellingShingle Graded pseudo-H-rings
Calderón, Antonio J.
Díaz, Antonio
Haralampidou, Marina
Sánchez, José M.
Rings and Algebras
Consider a pseudo-$H$-space $E$ endowed with a separately continuous biadditive associative multiplication which induces a grading on $E$ with respect to an abelian group $G$. We call such a space a graded pseudo-$H$-ring and we show that it has the form $E = cl(U + \sum_j I_j)$ with $U$ a closed subspace of $E_1$ (the summand associated to the unit element in $G$), and any $I_j$ runs over a well described closed graded ideal of $E$, satisfying $I_jI_k = 0$ if $j \neq k$. We also give a context in which graded simplicity of $E$ is characterized. Moreover, the second Wedderburn-type theorem is given for certain graded pseudo-$H$-rings.
title Graded pseudo-H-rings
topic Rings and Algebras
url https://arxiv.org/abs/2401.12897