Jordan and Lie derivations of $ϕ$-Johnson amenable Banach algebras

Fuente: arXiv
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Autori principali: Ghahramani, Hoger, Zamani, Parvin
Natura: Preprint
Pubblicazione: 2024
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author Ghahramani, Hoger
Zamani, Parvin
author_facet Ghahramani, Hoger
Zamani, Parvin
contents Let U be a $ϕ$-Johnson amenable Banach algebra in which $ϕ$ is a non-zero multiplicative linear functional on U. Suppose that X is a Banach U-bimodule such that $a.x=ϕ(a)x$ for all a in U and x in X or $x.a=ϕ(a)x$ for all a in U and x in X. We show that every continuous Jordan derivation from U to X is a derivation, and every continuous Lie derivation from U to X decomposed into the sum of a continuous derivation and a continuous center-valued trace.
format Preprint
id arxiv_https___arxiv_org_abs_2406_17701
institution arXiv
publishDate 2024
record_format arxiv
spellingShingle Jordan and Lie derivations of $ϕ$-Johnson amenable Banach algebras
Ghahramani, Hoger
Zamani, Parvin
Functional Analysis
Let U be a $ϕ$-Johnson amenable Banach algebra in which $ϕ$ is a non-zero multiplicative linear functional on U. Suppose that X is a Banach U-bimodule such that $a.x=ϕ(a)x$ for all a in U and x in X or $x.a=ϕ(a)x$ for all a in U and x in X. We show that every continuous Jordan derivation from U to X is a derivation, and every continuous Lie derivation from U to X decomposed into the sum of a continuous derivation and a continuous center-valued trace.
title Jordan and Lie derivations of $ϕ$-Johnson amenable Banach algebras
topic Functional Analysis
url https://arxiv.org/abs/2406.17701