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Representations of General Linear Groups in the Verlinde Category

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arxiv 2203.03158 v1 pith:UOHIIRDF submitted 2022-03-07 math.RT math.RA

classification math.RTmath.RA
keywords categoryobjectrepresentationsverlindeclassifyirreduciblesimpleaffine
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abstract

In this article, we construct affine group schemes $GL(X)$ where $X$ is any object in the Verlinde category in characteristic $p$ and classify their irreducible representations. We begin by showing that for a simple object $X$ of categorical dimension $i$, this representation category is semisimple and is equivalent to the connected component of the Verlinde category for $SL_{i}$. Subsequently, we use this along with a Verma module construction to classify irreducible representations of $GL(nL)$ for any simple object $L$ and any natural number $n$. Finally, parabolic induction allows us to classify irreducible representations of $GL(X)$ where $X$ is any object in the Verlinde Category.

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Cited by 2 Pith papers

Reviewed papers in the Pith corpus that reference this work. Sorted by Pith novelty score. Full citation record

  1. Small Lie algebras in the Verlinde category

    math.RT 2026-08 conditional novelty 7.0 of 10

    All simple based Lie algebras of length at most 3 in Ver_p are classified, along with all subalgebras from simple algebraic groups, resolving several conjectures.

  2. The highest weight theory for Representations of General Linear groups in the Verlinde categories in positive characteristic

    math.RT 2025-01 conditional novelty 6.0 of 10

    The paper proves that changing the Borel subgroup for GL(X) in Ver_p is governed by lowest weights of GL(L_m|L_n), computed via circular weight and cap diagrams.

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