On Maps that Preserve the Lie Products Equal to Fixed Elements

Fuente: arXiv
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Autores principales: Chaudhary, Shiv Kumar, Prakash, Om
Formato: Preprint
Publicado: 2025
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author Chaudhary, Shiv Kumar
Prakash, Om
author_facet Chaudhary, Shiv Kumar
Prakash, Om
contents This work characterizes the general form of a bijective linear map $Ψ:\mathscr{M}_n(\mathbb{C}) \to \mathscr{M}_n(\mathbb{C})$ such that $[Ψ(A_1),~Ψ(A_2)]=D_2$ whenever $[A_1,~A_2]=D_1$ where $D_1~\text{and}~D_2$ are fixed matrices. Additionally, let $\mathscr{H}_1$ and $\mathscr{H}_2$ be the infinite-dimensional complex Hilbert spaces. We characterize the bijective linear map $Ψ: \mathscr{B}(\mathscr{H}_1) \to \mathscr{B}(\mathscr{H}_2)$ where $Ψ(A_1) \circ ~Ψ(A_2)=D_2$ whenever $A_1\circ ~A_2=D_1$ and $D_1~\text{and}~D_2$ are fixed operators.
format Preprint
id arxiv_https___arxiv_org_abs_2512_24912
institution arXiv
publishDate 2025
record_format arxiv
spellingShingle On Maps that Preserve the Lie Products Equal to Fixed Elements
Chaudhary, Shiv Kumar
Prakash, Om
Rings and Algebras
15A04, 16W10
This work characterizes the general form of a bijective linear map $Ψ:\mathscr{M}_n(\mathbb{C}) \to \mathscr{M}_n(\mathbb{C})$ such that $[Ψ(A_1),~Ψ(A_2)]=D_2$ whenever $[A_1,~A_2]=D_1$ where $D_1~\text{and}~D_2$ are fixed matrices. Additionally, let $\mathscr{H}_1$ and $\mathscr{H}_2$ be the infinite-dimensional complex Hilbert spaces. We characterize the bijective linear map $Ψ: \mathscr{B}(\mathscr{H}_1) \to \mathscr{B}(\mathscr{H}_2)$ where $Ψ(A_1) \circ ~Ψ(A_2)=D_2$ whenever $A_1\circ ~A_2=D_1$ and $D_1~\text{and}~D_2$ are fixed operators.
title On Maps that Preserve the Lie Products Equal to Fixed Elements
topic Rings and Algebras
15A04, 16W10
url https://arxiv.org/abs/2512.24912