Some New Congruences For Overpartition Function With $\ell$-Regular Non-Overlined Parts

Fuente: arXiv
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Main Authors: Saikia, Nipen, Paksok, Adam
Format: Preprint
Published: 2025
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author Saikia, Nipen
Paksok, Adam
author_facet Saikia, Nipen
Paksok, Adam
contents Alanzi et al. (2022) investigated overpartition of a positive integer $n$ with $\ell$-regular non-overlined parts denoted by $\overline R_\ell^\ast (n)$, and proved some results for the case $\ell=3$. As extension to the results of Alanzi et al., Sellers (2024) proved some new congruences for $\overline R_3^\ast (n)$. In this paper, we prove some new infinite families and particular congruences for $\overline R_\ell^\ast (n)$ for $\ell=4, 5k, 6$, and 8, where $k$ is any positive integer. We also offer some congruences connecting $\overline R_\ell^\ast (n)$ with some other partition functions.
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id arxiv_https___arxiv_org_abs_2503_19363
institution arXiv
publishDate 2025
record_format arxiv
spellingShingle Some New Congruences For Overpartition Function With $\ell$-Regular Non-Overlined Parts
Saikia, Nipen
Paksok, Adam
Number Theory
Alanzi et al. (2022) investigated overpartition of a positive integer $n$ with $\ell$-regular non-overlined parts denoted by $\overline R_\ell^\ast (n)$, and proved some results for the case $\ell=3$. As extension to the results of Alanzi et al., Sellers (2024) proved some new congruences for $\overline R_3^\ast (n)$. In this paper, we prove some new infinite families and particular congruences for $\overline R_\ell^\ast (n)$ for $\ell=4, 5k, 6$, and 8, where $k$ is any positive integer. We also offer some congruences connecting $\overline R_\ell^\ast (n)$ with some other partition functions.
title Some New Congruences For Overpartition Function With $\ell$-Regular Non-Overlined Parts
topic Number Theory
url https://arxiv.org/abs/2503.19363