A polynomial bosonic form of statistical configuration sums and the odd/even minimal excludant in integer partitions

Fuente: arXiv
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Main Author: Takagi, Taichiro
Format: Preprint
Published: 2024
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author Takagi, Taichiro
author_facet Takagi, Taichiro
contents Inspired by the study of the minimal excludant in integer partitions by G.E. Andrews and D. Newman, we introduce a pair of new partition statistics, sqrank and rerank. They are related to a polynomial bosonic form of statistical configuration sums for an integrable cellular automaton. For all nonnegative integers $n$, we prove that the partitions of $n$ on which sqrank or rerank takes on a particular value, say $r$, are equinumerous with the partitions of $n$ on which the odd/even minimal exclutant takes on the corresponding value, $2r+1$ or $2r+2$.
format Preprint
id arxiv_https___arxiv_org_abs_2412_19503
institution arXiv
publishDate 2024
record_format arxiv
spellingShingle A polynomial bosonic form of statistical configuration sums and the odd/even minimal excludant in integer partitions
Takagi, Taichiro
Combinatorics
05A17, 05A30, 11P83, 05E10, 82B23
Inspired by the study of the minimal excludant in integer partitions by G.E. Andrews and D. Newman, we introduce a pair of new partition statistics, sqrank and rerank. They are related to a polynomial bosonic form of statistical configuration sums for an integrable cellular automaton. For all nonnegative integers $n$, we prove that the partitions of $n$ on which sqrank or rerank takes on a particular value, say $r$, are equinumerous with the partitions of $n$ on which the odd/even minimal exclutant takes on the corresponding value, $2r+1$ or $2r+2$.
title A polynomial bosonic form of statistical configuration sums and the odd/even minimal excludant in integer partitions
topic Combinatorics
05A17, 05A30, 11P83, 05E10, 82B23
url https://arxiv.org/abs/2412.19503