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Non-global nonlinear skew Lie triple derivations on factor von Neumann algebras

Liang Kong, Chao Li

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Source: Crossref

Published: Jan 1, 2022

DOI: 10.3934/math.2022771

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Source abstract

<abstract><p>Let A \mathcal{A} be a factor von Neumann algebra acting on a complex Hilbert space H H with dim A>1 \mathcal{A} > 1 . We prove that if a map δ:AA \delta: \mathcal{A}\rightarrow \mathcal{A} satisfies δ([[A,B],C])=[[δ(A),B],C]+[[A,δ(B)],C]+[[A,B],δ(C)] \delta([[A, B]_{\ast}, C]_{\ast}) = [[\delta(A), B]_{\ast}, C]_{\ast}+[[A, \delta(B)]_{\ast}, C]_{\ast} +[[A, B]_{\ast}, \delta(C)]_{\ast} for any A,B,CA A, B, C\in \mathcal{A} with ABC=0 A^{\ast}B^{\ast}C = 0 , then δ \delta is an additive \ast -derivation.</p></abstract>

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Non-global nonlinear skew Lie triple derivations on factor von Neumann algebras — Mathematical Frontier Network