2021
DOI: 10.48550/arxiv.2103.13113
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Parameters of Hecke algebras for Bernstein components of p-adic groups

Abstract: Let G be a reductive group over a non-archimedean local field F . Consider an arbitrary Bernstein block Rep(G) s in the category of complex smooth G-representations. In earlier work the author showed that there exists an affine Hecke algebra H(O, G) whose category of right modules is closely related to Rep(G) s . In many cases this is in fact an equivalence of categories, like for Iwahori-spherical representations.In this paper we study the q-parameters of the affine Hecke algebras H(O, G). We compute them in … Show more

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Cited by 3 publications
(3 citation statements)
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“…Independently, the parameters of the Hecke algebras H s and H τ can be investigated. In many cases they can be determined [Sol6], and in all those instances they agree with the parameters of some Hecke algebras on the Galois side (or equivalently, with the parameters of a Hecke algebra for a Bernstein block of unipotent representations. )…”
Section: Local Langlands Correspondencementioning
confidence: 92%
“…Independently, the parameters of the Hecke algebras H s and H τ can be investigated. In many cases they can be determined [Sol6], and in all those instances they agree with the parameters of some Hecke algebras on the Galois side (or equivalently, with the parameters of a Hecke algebra for a Bernstein block of unipotent representations. )…”
Section: Local Langlands Correspondencementioning
confidence: 92%
“…Let α be the element of a * M defined as α := ρ P , α ∨ −1 ρ P , where ρ P is half the sum of the roots of A M in Lie N , with P = M N . Then s α ∈ a * M ⊗ R C. We recall the description of the Plancherel measure from [Sil79] (see also [Sol21b] or [Hei11] for the notations used here): for α ∈ Σ O,µ , where is Σ O,µ is the root system defined in (2.1.10), there exists q α , q…”
Section: General Backgroundmentioning
confidence: 99%
“…Let α be the element of a * M defined as α := ρ P , α ∨ −1 ρ P , where ρ P is half the sum of the roots of A M in Lie N , with P = M N . Then s α ∈ a * M ⊗ R C. We recall the description of the Plancherel measure from [Sil79] (see also [Sol21b] or [Hei11] for the notations used here): for α ∈ Σ O,µ , where is Σ O,µ is the root system defined in (2.1.10), there exists q α , q…”
Section: General Backgroundmentioning
confidence: 99%