Anti-dendriform algebras, new splitting of operations and Novikov type algebras

Abstract

We introduce the notion of anti-dendriform algebras as a new approach of splitting the associativity. They are characterized as the algebras with two operations whose sum is associative and the negative left and right multiplication operators compose the bimodules of the sum associative algebras, justifying the notion due to the comparison with the corresponding characterization of dendriform algebras. The notions of anti-$\mathcal{O}$-operators and anti-Rota-Baxter operators on associative algebras are introduced to interpret anti-dendriform algebras. In particular, there are compatible anti-dendriform algebra structures on associative algebras with nondegenerate commutative Connes cocycles. There is an important observation that there are correspondences between certain subclasses of dendriform and anti-dendriform algebras in terms of $q$-algebras. As a direct consequence, we give the notion of Novikov-type dendriform algebras as an analogue of Novikov algebras for dendriform algebras, whose relationship with Novikov algebras is consistent with the one between dendriform and pre-Lie algebras. Finally we extend to provide a general framework of introducing the notions of analogues of anti-dendriform algebras, which interprets a new splitting of operations.

arXiv comment25 pages

References in corpus (5)

• Splitting of operations, Manin products and Rota-Baxter operators
• Double constructions of Frobenius algebras, Connes cocycles and their duality
• Quantum Analogy of Poisson Geometry, Related Dendriform Algebras and Rota-Baxter Operators
• Anti-pre-Lie algebras, Novikov algebras and commutative 2-cocycles on Lie algebras
• Commutative 2-cocycles on Lie algebras