Asymptotic Ramsey theory of Diophantine equations

Fuente: arXiv
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Main Authors: Baglini, Lorenzo Luperi, Vegnuti, Alessandro
Format: Preprint
Published: 2025
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author Baglini, Lorenzo Luperi
Vegnuti, Alessandro
author_facet Baglini, Lorenzo Luperi
Vegnuti, Alessandro
contents We introduce the notion of asymptotic partition regularity for Diophantine equations. We show how this notion is at the core of almost all known negative results in the Ramsey theory of equations, and we use it to produce new ones, as in the case of Fermat-Catalan equations. The methods we use here are based on translating asymptotic partition regularity into the context of nonstandard extensions, via the notion of Archimedean equivalence classes of hypernaturals.
format Preprint
id arxiv_https___arxiv_org_abs_2510_19370
institution arXiv
publishDate 2025
record_format arxiv
spellingShingle Asymptotic Ramsey theory of Diophantine equations
Baglini, Lorenzo Luperi
Vegnuti, Alessandro
Combinatorics
Primary: 05D10. Secondary: 26E35, 03H15, 11U10, 05A17, 54D80
We introduce the notion of asymptotic partition regularity for Diophantine equations. We show how this notion is at the core of almost all known negative results in the Ramsey theory of equations, and we use it to produce new ones, as in the case of Fermat-Catalan equations. The methods we use here are based on translating asymptotic partition regularity into the context of nonstandard extensions, via the notion of Archimedean equivalence classes of hypernaturals.
title Asymptotic Ramsey theory of Diophantine equations
topic Combinatorics
Primary: 05D10. Secondary: 26E35, 03H15, 11U10, 05A17, 54D80
url https://arxiv.org/abs/2510.19370