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February 22, 2026Journal of Algebra and Its Applications0 citations

Duality in derived category of 𝒪∞

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CKCemile Kurkoglu

Key Points

  • This paper aims to explore duality concepts in the derived category associated with a reductive Lie algebra and its modules.
  • Defined category O∞ and its thick subcategory in relation to the Borel subalgebra and Cartan algebra.
  • Introduced the functor that preserves the subcategory of complexes of modules with specified cohomology.
  • Utilized results from Coulembier-Mazorchuk to establish equivalences between subcategories.
  • Demonstrated that the functor preserves cohomology-related structures within the derived category.
  • Established that the introduced duality functor yields significant connections to locally analytic representations.

Abstract

Let Formula: see text be a reductive Lie algebra over a Formula: see text-adic field Formula: see text with a split Cartan algebra Formula: see text and a Borel subalgebra Formula: see text. In analogy with the classical category Formula: see text of Bernstein-Gelfand-Gelfand, we define category Formula: see text for Formula: see text, and the thick category Formula: see text, which is the smallest abelian subcategory of the category of all Formula: see text-modules which contains Formula: see text and is stable under extensions. We show that the functor Formula: see text preserves Formula: see text, which is the subcategory of complexes of Formula: see text-modules with cohomology modules in Formula: see text. From a result of Coulembier-Mazorchuk we deduce that this subcategory is equivalent to Formula: see text. We then introduce the duality functor Formula: see text on Formula: see text. Some examples are also provided for the connection between the dualities and locally analytic representations.

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Cite This Study

Cemile Kurkoglu (2026) studied this question.

synapsesocial.com/papers/699a9d8e482488d673cd3744https://doi.org/10.1142/s0219498826420028
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