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$\mathfrak{k}$-structure of basic representation of affine algebras

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arxiv 2407.12748 v1 pith:VYZOAKSX submitted 2024-07-17 math.RT hep-th

classification math.RThep-th
keywords representationbasicmathfrakdimensionalfiniteaffinealgebrascompact
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abstract

This article presents a new relation between the basic representation of split real simply-laced affine Kac-Moody algebras and finite dimensional representations of its maximal compact subalgebra $\mathfrak{k}$. We provide infinitely many $\mathfrak{k}$-subrepresentations of the basic representation and we prove that these are all the finite dimensional $\mathfrak{k}$-subrepresentations of the basic representation such that the quotient of the basic representation by the subrepresentation is a finite dimensional representation of a certain parabolic algebra and of the maximal compact subalgebra. By this result we provide an infinite composition series with a cosocle filtration of the basic representation. Finally, we present examples of the results and applications to supergravity.

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  1. From Tensor Algebras to Hyperbolic Kac-Moody Algebras

    hep-th 2025-08 conditional novelty 6.0 of 10

    Simultaneous mutually commuting coset Virasoro actions are realized on the tensor algebra of the Feingold-Frenkel algebra, giving explicit decompositions and tensor ground states up to level five.

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