Novikov algebras in low dimension: identities, images and codimensions

Fuente: arXiv
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Hauptverfasser: Santos, Iritan Ferreira dos, Kuz'min, Alexey M., Lopatin, Artem
Format: Preprint
Veröffentlicht: 2025
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author Santos, Iritan Ferreira dos
Kuz'min, Alexey M.
Lopatin, Artem
author_facet Santos, Iritan Ferreira dos
Kuz'min, Alexey M.
Lopatin, Artem
contents Polynomial identities of two-dimensional Novikov algebras are studied over the complex field $\mathbb{C}$. We determine minimal generating sets for the T-ideals of the polynomial identities and linear bases for the corresponding relatively free algebras. As a consequence, we establish that polynomial identities separate two-dimensional Novikov algebras, which are not associative. Namely, any two-dimensional Novikov algebras, which are not associative, are isomorphic if and only if they satisfy the same polynomial identities. Moreover, we obtain the codimension sequences of all these algebras. In particular, every two-dimensional Novikov algebra has at most linear growth of its codimension sequence. We explicitly describe multilinear images of every two-dimensional Novikov algebra. In particular, we show that these images are vector spaces.
format Preprint
id arxiv_https___arxiv_org_abs_2502_03184
institution arXiv
publishDate 2025
record_format arxiv
spellingShingle Novikov algebras in low dimension: identities, images and codimensions
Santos, Iritan Ferreira dos
Kuz'min, Alexey M.
Lopatin, Artem
Rings and Algebras
17A30, 17A50, 17D25, 17D99
Polynomial identities of two-dimensional Novikov algebras are studied over the complex field $\mathbb{C}$. We determine minimal generating sets for the T-ideals of the polynomial identities and linear bases for the corresponding relatively free algebras. As a consequence, we establish that polynomial identities separate two-dimensional Novikov algebras, which are not associative. Namely, any two-dimensional Novikov algebras, which are not associative, are isomorphic if and only if they satisfy the same polynomial identities. Moreover, we obtain the codimension sequences of all these algebras. In particular, every two-dimensional Novikov algebra has at most linear growth of its codimension sequence. We explicitly describe multilinear images of every two-dimensional Novikov algebra. In particular, we show that these images are vector spaces.
title Novikov algebras in low dimension: identities, images and codimensions
topic Rings and Algebras
17A30, 17A50, 17D25, 17D99
url https://arxiv.org/abs/2502.03184