Order drop, Hecke descent, and an unconditional mod p⁴ supercongruence for Sym³ hypergeometric coefficients

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Autor principal: Alex Shvets
Formato: Recurso digital
Lenguaje:inglés
Publicado: Zenodo 2026
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_version_ 1866901795568091136
author Alex Shvets
author_facet Alex Shvets
contents <p>We prove a supercongruence modulo p to the fourth for the coefficients of the symmetric cube of the hypergeometric function at parameters one third, one third, one. The proof combines a modular identification on X_0(3), an Eisenstein-type congruence for the coefficients of the Hauptmodul derivative, Lagrange–Bürmann coefficient extraction, and a Fricke–Hecke descent argument that yields uniform vanishing of all defects.</p>
format Recurso digital
id zenodo_https___doi_org_10_5281_zenodo_19648644
institution Zenodo
language eng
publishDate 2026
publisher Zenodo
record_format zenodo
spellingShingle Order drop, Hecke descent, and an unconditional mod p⁴ supercongruence for Sym³ hypergeometric coefficients
Alex Shvets
symmetric cube
Mao-Tian recurrence
Apéry-like sequence
supercongruence
eta quotient
modular form
order drop
hypergeometric function
Hecke descent
Lagrange-Bürmann
Eisenstein series
arithmetic specialization
Dwork-type congruence
<p>We prove a supercongruence modulo p to the fourth for the coefficients of the symmetric cube of the hypergeometric function at parameters one third, one third, one. The proof combines a modular identification on X_0(3), an Eisenstein-type congruence for the coefficients of the Hauptmodul derivative, Lagrange–Bürmann coefficient extraction, and a Fricke–Hecke descent argument that yields uniform vanishing of all defects.</p>
title Order drop, Hecke descent, and an unconditional mod p⁴ supercongruence for Sym³ hypergeometric coefficients
topic symmetric cube
Mao-Tian recurrence
Apéry-like sequence
supercongruence
eta quotient
modular form
order drop
hypergeometric function
Hecke descent
Lagrange-Bürmann
Eisenstein series
arithmetic specialization
Dwork-type congruence
url https://doi.org/10.5281/zenodo.19648644