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Congruences for the Andrews--Uncu partition function EOu(n)\mathcal{EO}_u(n)

Nayandeep Deka Baruah, Hirakjyoti Das, Manjil P. Saikia, Abhishek Sarma

Source record

Source: arXiv

Published: Sep 29, 2026

arXiv: 2609.37920

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Source abstract

In 2018, Andrews defined and studied the partition function EO(n)\mathcal{EO}(n), which counts the number of partitions of nn where each even part is less than each odd part. Thereafter, Uncu considered a different subset of such partitions, namely those partitions counted by EO(n)\mathcal{EO}(n) where there are no repeated even parts (we denote the number of such partitions by EOu(n)\mathcal{EO}_u(n)). In this paper, we prove several congruences modulo powers of 22 for EOu(n)\mathcal{EO}_u(n). We also prove some infinite families of congruences as well as a recurrence for the number of this class of partitions. Our methods involve elementary, algorithmic, and modular form techniques.

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Congruences for the Andrews--Uncu partition function $\mathcal{EO}_u(n)$ — Mathematical Frontier Network