Noetherianity and Specht problem for varieties of bicommutative algebras

Noetherianity and Specht problem for varieties of bicommutative algebras

Nonassociative algebras satisfying the polynomial identities x(yz)=y(xz) and (xy)z=(xz)y are called bicommutative. We prove the following results: (i) Finitely generated bicommutative algebras are weakly noetherian, i.e., satisfy the ascending chain condition for two-sided ideals. (ii) We give the p...

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Veröffentlicht in:arXiv.org 2017-12
Hauptverfasser: Drensky, Vesselin, Zhakhayev, Bekzat K
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Algebra
Mathematics - Rings and Algebras
Polynomials
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description Nonassociative algebras satisfying the polynomial identities x(yz)=y(xz) and (xy)z=(xz)y are called bicommutative. We prove the following results: (i) Finitely generated bicommutative algebras are weakly noetherian, i.e., satisfy the ascending chain condition for two-sided ideals. (ii) We give the positive solution to the Specht problem (or the finite basis problem) for varieties of bicommutative algebras over an arbitrary field of any characteristic.
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Polynomials
title Noetherianity and Specht problem for varieties of bicommutative algebras
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