Universal Matrices for Counting Fibonomial and $C$-nomial Coefficients by their $p$-adic Valuations

Fuente: arXiv
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Autore principale: Chand, Arav
Natura: Preprint
Pubblicazione: 2025
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author Chand, Arav
author_facet Chand, Arav
contents Rowland found a matrix product formula for generating functions counting binomial coefficients by their $p$-adic valuations. A natural generalization of binomial coefficients was introduced by Knuth and Wilf defined by a sequence $C$. We obtain analogous matrix product formulas counting these $C$-nomial coefficients when $C$ is a strong divisibility sequence. Surprisingly, the matrices are universal in the sense that they are independent of $C$. We further extend this product to $C$-multinomial coefficients.
format Preprint
id arxiv_https___arxiv_org_abs_2508_18461
institution arXiv
publishDate 2025
record_format arxiv
spellingShingle Universal Matrices for Counting Fibonomial and $C$-nomial Coefficients by their $p$-adic Valuations
Chand, Arav
Number Theory
Combinatorics
11B65, 05A15 (Primary) 11F33, 11B39, 68R15 (Secondary)
Rowland found a matrix product formula for generating functions counting binomial coefficients by their $p$-adic valuations. A natural generalization of binomial coefficients was introduced by Knuth and Wilf defined by a sequence $C$. We obtain analogous matrix product formulas counting these $C$-nomial coefficients when $C$ is a strong divisibility sequence. Surprisingly, the matrices are universal in the sense that they are independent of $C$. We further extend this product to $C$-multinomial coefficients.
title Universal Matrices for Counting Fibonomial and $C$-nomial Coefficients by their $p$-adic Valuations
topic Number Theory
Combinatorics
11B65, 05A15 (Primary) 11F33, 11B39, 68R15 (Secondary)
url https://arxiv.org/abs/2508.18461