On Rota-Baxter vertex operator algebras
Chengming Bai, Li Xin Guo, Jianqi Liu, Xiaoyan Wang
Abstract
Open-access reader
Chengming Bai, Li Xin Guo, Jianqi Liu, Xiaoyan Wang
Abstract
Open-access reader
Derivations play a fundamental role in the definition of vertex (operator) algebras, sometimes regarded as a generalization of differential commutative algebras. This paper studies the role played by the integral counterpart of the derivations, namely Rota-Baxter operators, in vertex (operator) algebras. The closely related notion of dendriform algebras is also defined for vertex operator algebras. It is shown that the classical relations among dendriform algebras, associative algebras, and Rota-Baxter algebras are preserved for their vertex algebra analogs.
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Derivations play a fundamental role in the definition of vertex (operator) algebras, sometimes regarded as a generalization of differential commutative algebras. This paper studies the role played by the integral counterpart of the derivations, namely Rota-Baxter operators, in vertex (operator) algebras. The closely related notion of dendriform algebras is also defined for vertex operator algebras. It is shown that the classical relations among dendriform algebras, associative algebras, and Rota-Baxter algebras are preserved for their vertex algebra analogs.
Key concepts: Vertex operator algebra, Vertex (graph theory), Mathematics, Operator algebra, Associative property, Nest algebra, Commutative property, Operator (biology)