Classification of types A and A_+ from low dimensional standard and non-standard filiform Lie Algebras

E. Kurniadi, K. Parmikanti, Badrulfalah Badrulfalah
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Abstract

In this paper, we study low-dimensional Filiform Lie algebras. Specifically, three-dimensional standard Filiform Lie algebras and five-dimensional non-standard Filiform Lie algebras. The classification method was given in the following stage. For given a low-dimensional Filiform Lie algebra, we compute its second centre. We showed that three-dimensional Filiform Lie algebra-called Heisenberg Lie algebra-is type 𝐴 and 𝐴+ as well. On the other hand, for 𝑛≥3, the standard Filiform Lie algebras are type 𝐴 but not type 𝐴+. In this case, we give a concrete example of case five-dimensional Heisenberg Lie algebra. Moreover, we proved that five-dimensional non-standard Filiform Lie algebra is type 𝐴 but not type 𝐴+. It is still an open problem to classify types 𝐴 and 𝐴+ for the general case of non-standard Filiform Lie algebra of dimension ≥6.
来自低维标准和非标准丝状列阵的 A 和 A_+ 类型的分类
本文研究的是低维 Filiform 列代数。具体来说,包括三维标准 Filiform 列阵和五维非标准 Filiform 列阵。分类方法如下。对于给定的低维 Filiform 列代数,我们计算它的第二中心。我们证明了三维 Filiform 列代数--即海森堡列代数--也是𝐴型和𝐴+型。另一方面,对于𝑛≥3,标准的 Filiform 列代数是 𝐴 型,而不是 𝐴+ 型。在这种情况下,我们给出了一个五维海森堡李代数的具体例子。此外,我们还证明了五维非标准菲尔形李代数是类型𝐴而不是类型𝐴+。对于维数≥6 的非标准 Filiform Lie 代数的一般情况,如何划分类型𝐴 和 𝐴+ 仍然是一个未决问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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