
arXiv: 1902.00787
In this article we prove that there exists an explicit bijection between nice d -pre-Calabi–Yau algebras and d -double Poisson differential graded algebras, where d \in \mathbb{Z} , extending a result proved by N. Iyudu and M. Kontsevich. We also show that this correspondence is functorial in a quite satisfactory way, giving rise to a (partial) functor from the category of d -double Poisson dg algebras to the partial category of d -pre-Calabi–Yau algebras. Finally, we further generalize it to include double P_{\infty} -algebras, introduced by T. Schedler.
Double Poisson algebras, Poisson algebras, Bar and cobar constructions, Noncommutative algebraic geometry, double P-infty algebra, A(infinity)-algebras, A-infinity algebra, pre-Calabi-Yau algebras, Differential graded algebras and applications (associative algebraic aspects), K-Theory and Homology (math.KT), 510, double Poisson algebras, double, P-infinity-algebras, Mathematics - K-Theory and Homology, FOS: Mathematics, 16E45, 14A22, 17B63, 18G55, [MATH]Mathematics [math], Representation Theory (math.RT), cyclic, Mathematics - Representation Theory
Double Poisson algebras, Poisson algebras, Bar and cobar constructions, Noncommutative algebraic geometry, double P-infty algebra, A(infinity)-algebras, A-infinity algebra, pre-Calabi-Yau algebras, Differential graded algebras and applications (associative algebraic aspects), K-Theory and Homology (math.KT), 510, double Poisson algebras, double, P-infinity-algebras, Mathematics - K-Theory and Homology, FOS: Mathematics, 16E45, 14A22, 17B63, 18G55, [MATH]Mathematics [math], Representation Theory (math.RT), cyclic, Mathematics - Representation Theory
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