Equidistribution of realizable Steinitz classes for cyclic Kummer extensions

Fuente: arXiv
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Autor principal: Lynch, Brody
Formato: Preprint
Publicado: 2025
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author Lynch, Brody
author_facet Lynch, Brody
contents Let $\ell$ be prime, and $K$ be a number field containing the $\ell$-th roots of unity. We use classical algebraic number theory and some analytic techniques to prove that the Steinitz classes of $\mathbb Z/\ell\mathbb Z$ extensions of $K$ ordered by relative discriminant are equidistributed among realizable classes in the ideal class group of $K$. For $\ell = 2$, this was proved by Kable and Wright using the deep theory of prehomogeneous vector spaces. Foster proved that Steinitz classes are uniformly distributed between realizable classes for tamely ramified elementary-$m$ extensions using the theory of Galois modules; our approach eliminates this tameness hypothesis.
format Preprint
id arxiv_https___arxiv_org_abs_2506_12999
institution arXiv
publishDate 2025
record_format arxiv
spellingShingle Equidistribution of realizable Steinitz classes for cyclic Kummer extensions
Lynch, Brody
Number Theory
Let $\ell$ be prime, and $K$ be a number field containing the $\ell$-th roots of unity. We use classical algebraic number theory and some analytic techniques to prove that the Steinitz classes of $\mathbb Z/\ell\mathbb Z$ extensions of $K$ ordered by relative discriminant are equidistributed among realizable classes in the ideal class group of $K$. For $\ell = 2$, this was proved by Kable and Wright using the deep theory of prehomogeneous vector spaces. Foster proved that Steinitz classes are uniformly distributed between realizable classes for tamely ramified elementary-$m$ extensions using the theory of Galois modules; our approach eliminates this tameness hypothesis.
title Equidistribution of realizable Steinitz classes for cyclic Kummer extensions
topic Number Theory
url https://arxiv.org/abs/2506.12999