Uniform twisted homological stability

Fuente: arXiv
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Autori principali: Miller, Jeremy, Patzt, Peter, Petersen, Dan, Randal-Williams, Oscar
Natura: Preprint
Pubblicazione: 2024
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author Miller, Jeremy
Patzt, Peter
Petersen, Dan
Randal-Williams, Oscar
author_facet Miller, Jeremy
Patzt, Peter
Petersen, Dan
Randal-Williams, Oscar
contents We prove a homological stability theorem for families of discrete groups (e.g. mapping class groups, automorphism groups of free groups, braid groups) with coefficients in a sequence of irreducible algebraic representations of arithmetic groups. The novelty is that the stable range is independent of the choice of representation. Combined with earlier work of Bergström--Diaconu--Petersen--Westerland this proves the Conrey--Farmer--Keating--Rubinstein--Snaith predictions for all moments of the family of quadratic $L$-functions over function fields, for sufficiently large odd prime powers.
format Preprint
id arxiv_https___arxiv_org_abs_2402_00354
institution arXiv
publishDate 2024
record_format arxiv
spellingShingle Uniform twisted homological stability
Miller, Jeremy
Patzt, Peter
Petersen, Dan
Randal-Williams, Oscar
Algebraic Topology
Number Theory
55P48, 55U10, 20F36, 11R59
We prove a homological stability theorem for families of discrete groups (e.g. mapping class groups, automorphism groups of free groups, braid groups) with coefficients in a sequence of irreducible algebraic representations of arithmetic groups. The novelty is that the stable range is independent of the choice of representation. Combined with earlier work of Bergström--Diaconu--Petersen--Westerland this proves the Conrey--Farmer--Keating--Rubinstein--Snaith predictions for all moments of the family of quadratic $L$-functions over function fields, for sufficiently large odd prime powers.
title Uniform twisted homological stability
topic Algebraic Topology
Number Theory
55P48, 55U10, 20F36, 11R59
url https://arxiv.org/abs/2402.00354