Bounds on Successive Minima of Orders in Number Fields and Scrollar Invariants of Curves

Fuente: arXiv
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Auteur principal: Vemulapalli, Sameera
Format: Preprint
Publié: 2022
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author Vemulapalli, Sameera
author_facet Vemulapalli, Sameera
contents Orders and fractional ideals in number fields provide interesting examples of lattices. We ask: what lattices arise from orders in number fields? We prove that all nontrivial multiplicative constraints on successive minima of orders come from multiplication. Moreover, inspired by a conjecture of Lenstra, for infinitely many positive integers $n$ (including all $n < 18$), we explicitly determine all multiplicative constraints on successive minima of orders in degree $n$ number fields. We also prove analogous results for scrollar invariants of curves.
format Preprint
id arxiv_https___arxiv_org_abs_2207_10522
institution arXiv
publishDate 2022
record_format arxiv
spellingShingle Bounds on Successive Minima of Orders in Number Fields and Scrollar Invariants of Curves
Vemulapalli, Sameera
Number Theory
Algebraic Geometry
11H50 (Primary) 11H06, 11P21, 14H05 (Secondary)
Orders and fractional ideals in number fields provide interesting examples of lattices. We ask: what lattices arise from orders in number fields? We prove that all nontrivial multiplicative constraints on successive minima of orders come from multiplication. Moreover, inspired by a conjecture of Lenstra, for infinitely many positive integers $n$ (including all $n < 18$), we explicitly determine all multiplicative constraints on successive minima of orders in degree $n$ number fields. We also prove analogous results for scrollar invariants of curves.
title Bounds on Successive Minima of Orders in Number Fields and Scrollar Invariants of Curves
topic Number Theory
Algebraic Geometry
11H50 (Primary) 11H06, 11P21, 14H05 (Secondary)
url https://arxiv.org/abs/2207.10522