On split families of Thue equations with linear recurrence sequences as factors

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1. Verfasser: Hilgart, Tobias
Format: Preprint
Veröffentlicht: 2024
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author Hilgart, Tobias
author_facet Hilgart, Tobias
contents We consider a parametrised family of Thue equations, \[ (x-G_1(n)\, y) \cdots (x-G_d(n)\, y) - y^d = \pm 1, \] which was first considered by Thomas to have an explicit set of solutions for parameters $n$ larger than some effectively computable constant. In the case where the parameter functions are polynomials belonging to an explicitly described family, this is known to be true. We consider other parameter functions, namely linear recurrence sequences, for which it is not obvious that a similar result holds, and confirm that it does for an explicitly described family of linear recurrence sequences.
format Preprint
id arxiv_https___arxiv_org_abs_2406_01111
institution arXiv
publishDate 2024
record_format arxiv
spellingShingle On split families of Thue equations with linear recurrence sequences as factors
Hilgart, Tobias
Number Theory
11D25, 11D57, 11D61
We consider a parametrised family of Thue equations, \[ (x-G_1(n)\, y) \cdots (x-G_d(n)\, y) - y^d = \pm 1, \] which was first considered by Thomas to have an explicit set of solutions for parameters $n$ larger than some effectively computable constant. In the case where the parameter functions are polynomials belonging to an explicitly described family, this is known to be true. We consider other parameter functions, namely linear recurrence sequences, for which it is not obvious that a similar result holds, and confirm that it does for an explicitly described family of linear recurrence sequences.
title On split families of Thue equations with linear recurrence sequences as factors
topic Number Theory
11D25, 11D57, 11D61
url https://arxiv.org/abs/2406.01111