Han's eigenvariety dimension conjecture for GG

Let GG be the reductive group considered in the paper, let K=KpIwK=K^p\mathrm{Iw} be Iwahori level at pp, and let \sEKG\sE_K^G be its eigenvariety. Let x\sEKGx\in\sE_K^G be a non-critical cuspidal classical point of regular weight. Han's eigenvariety dimension conjecture. Every irreducible component of \sEKG\sE_K^G containing xx has dimension n+1n+1. This prediction, following work of Urban and attributed here to Han, gives the expected dimension of eigenvariety components through suitably regular classical points; the source does not state a resolution in the generality given.

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Primary source

Daniel Barrera Salazar, Andrew Graham and Chris Williams, “On p-refined Friedberg-Jacquet integrals and the classical symplectic locus in the GL_2n eigenvariety”, arXiv:2308.02649 (2025).

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