Creative telescoping and generating functions of (variants of) multiple zeta values

Fuente: arXiv
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Auteurs principaux: Au, Kam Cheong, Charlton, Steven
Format: Preprint
Publié: 2024
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author Au, Kam Cheong
Charlton, Steven
author_facet Au, Kam Cheong
Charlton, Steven
contents We show how to convert the generating series of interpolated multiple zeta values, or multiple $t$ values, with repeating blocks of length 1 into hypergeometric series. Then we invoke creative telescoping on their generating functions, in some known cases for illustration, and in some apparently new cases, reducing them to polynomials in Riemann zeta values. The new evaluations, including $ ζ^{1/2}(\{\bar2\}^n,3) $, $ ζ^\star(\{1,3\}^n,1,2) $ and $ t^{1/2}(2,\{1\}^n,2) $, resolve some questions raised elsewhere, and seem to be non-trivial using other methods.
format Preprint
id arxiv_https___arxiv_org_abs_2404_16199
institution arXiv
publishDate 2024
record_format arxiv
spellingShingle Creative telescoping and generating functions of (variants of) multiple zeta values
Au, Kam Cheong
Charlton, Steven
Number Theory
11M32, secondary 33C20
We show how to convert the generating series of interpolated multiple zeta values, or multiple $t$ values, with repeating blocks of length 1 into hypergeometric series. Then we invoke creative telescoping on their generating functions, in some known cases for illustration, and in some apparently new cases, reducing them to polynomials in Riemann zeta values. The new evaluations, including $ ζ^{1/2}(\{\bar2\}^n,3) $, $ ζ^\star(\{1,3\}^n,1,2) $ and $ t^{1/2}(2,\{1\}^n,2) $, resolve some questions raised elsewhere, and seem to be non-trivial using other methods.
title Creative telescoping and generating functions of (variants of) multiple zeta values
topic Number Theory
11M32, secondary 33C20
url https://arxiv.org/abs/2404.16199