Accelerating the Hypergeometric Function with the Beta Integral to Derive New Infinite Series for $π$ and Values of the Gamma Function

Fuente: arXiv
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Auteur principal: Hakimoglu, Cetin
Format: Preprint
Publié: 2024
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author Hakimoglu, Cetin
author_facet Hakimoglu, Cetin
contents The beta integral is applied to accelerate the hypergeometric function $2 F 1\left\{1, B; C ; w\right\}$ to derive new infinite series for constants such as $π$ and values of the gamma function. A compendium of new infinite series is given. Ramanujan-like formulas for pi are also derived based on elementary inverse trigonometric functions, including a formula with rational values that adds 2.5 digits per terms, which makes the series much more compact than similar formulas in the existing literature.
format Preprint
id arxiv_https___arxiv_org_abs_2402_08693
institution arXiv
publishDate 2024
record_format arxiv
spellingShingle Accelerating the Hypergeometric Function with the Beta Integral to Derive New Infinite Series for $π$ and Values of the Gamma Function
Hakimoglu, Cetin
Classical Analysis and ODEs
40A25 (Primary) 11B65, 11Y60, 65B10 (Secondary)
The beta integral is applied to accelerate the hypergeometric function $2 F 1\left\{1, B; C ; w\right\}$ to derive new infinite series for constants such as $π$ and values of the gamma function. A compendium of new infinite series is given. Ramanujan-like formulas for pi are also derived based on elementary inverse trigonometric functions, including a formula with rational values that adds 2.5 digits per terms, which makes the series much more compact than similar formulas in the existing literature.
title Accelerating the Hypergeometric Function with the Beta Integral to Derive New Infinite Series for $π$ and Values of the Gamma Function
topic Classical Analysis and ODEs
40A25 (Primary) 11B65, 11Y60, 65B10 (Secondary)
url https://arxiv.org/abs/2402.08693