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Derivations of Leavitt path algebra

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arxiv 1509.05075 v19 pith:33TYGOPY submitted 2015-09-16 math.AT math.RA

classification math.ATmath.RA
keywords algebragammaderivationderivationsleavittouterpathdescribe
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abstract

In this paper, we describe the $K$-module $HH^1(L_K(\Gamma))$ of outer derivations of the Leavitt path algebra $L_K(\Gamma)$ of a row-finite graph $\Gamma$ with coefficients in an associative commutative ring $K$ with unit. We give an explicit formula for every outer derivation of $L_K(\Gamma)$. We also describe the Lie algebra structure of outer derivations of the Toeplitz algebra and we prove that every derivation of the Leavitt path algebra can be extended to a derivation of the corresponding $C^*$-algebra.

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  1. Monoidal structures arising from $B_\infty$-algebras with applications to Hopf algebras

    math.RT 2026-08 conditional novelty 8.0 of 10

    A B-infinity structure on an algebra gives a monoidal tensor product on the derived category of right modules, and for Hopf algebras this produces an algebraic proof of the Benson-Krause monoidal equivalence.

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