$$\mathbb {Z}$$-graded identities of infinite dimensional Lie algebras in characteristic 2: revisited

Abstract Let K be any field of characteristic two and let $$U_1$$ U 1 and $$W_1$$ W 1 be the Lie algebras of the derivations of the algebra of Laurent polynomials $$K[t,t^{-1}]$$ K [ t , t - 1 ] and of the polynomial ring K [ t ], respectively. The algebras $$U_1$$ U 1 and $$W_1$$ W 1 are equipped with their natural $$\mathbb {Z}$$ Z -gradings. The graded identities of these two algebras were studied and described in [1]. The main goal of this paper is to present streamlined versions of Theorems 2.1 and 2.2 from [1] when the field K is finite.

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Publication Details

Journal
São Paulo Journal of Mathematical Sciences
Published
2026-09-28
DOI
https://doi.org/10.1007/s40863-026-00561-3
Primary Topic
Advanced Topics in Algebra
Type
article
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$$\mathbb {Z}$$-graded identities of infinite dimensional Lie algebras in characteristic 2: revisited

Plamen Koshlukov, Claudemir Fideles
São Paulo Journal of Mathematical Sciences
Advanced Topics in Algebra
article

$$\mathbb {Z}$$-graded identities of infinite dimensional Lie algebras in characteristic 2: revisited

Plamen Koshlukov, Claudemir Fideles
article en

Abstract

Abstract Let K be any field of characteristic two and let $$U_1$$ U 1 and $$W_1$$ W 1 be the Lie algebras of the derivations of the algebra of Laurent polynomials $$K[t,t^{-1}]$$ K [ t , t - 1 ] and of the polynomial ring K [ t ], respectively. The algebras $$U_1$$ U 1 and $$W_1$$ W 1 are equipped with their natural $$\mathbb {Z}$$ Z -gradings. The graded identities of these two algebras were studied and described in [1]. The main goal of this paper is to present streamlined versions of Theorems 2.1 and 2.2 from [1] when the field K is finite.

São Paulo Journal of Mathematical SciencesVol. 20(2)
Openalex Percentile: Top 4%
Advanced Topics in Algebra
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