A Note on Bivariate bi-periodic Mersenne Polynomials

We introduce a new generalization mn(x,y), which we will call Bivariate Bi-periodic Mersenne polynomials depending on whether n is even or odd. We investigated the bivariate and biperiodic forms of Mersenne polynomials, focusing on their unique structural properties, roots, and relationships among coefficients. Key contributions include deriving the generating function and Binet formula, examining the limit behavior of the polynomials, and identifying connections between positive and negative terms. Also, we give the limits of the consecutive terms of the polynomials and some important identities such as Catalan, Cassini and D’Ocagne’s identity. We also find the corresponding binomial addition formula.

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Publication Details

Journal
PROOF
Published
2024-12-30
DOI
https://doi.org/10.37394/232020.2024.4.16
Citations
1
Primary Topic
Advanced Mathematical Theories and Applications
Type
article
Field-Weighted Citation Impact
0.28
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article

A Note on Bivariate bi-periodic Mersenne Polynomials

Bahar Kuloğlu, Engi̇n Özkan, Enze Cui, James F. Peters
1 citations
PROOF
Advanced Mathematical Theories and Applications
0.28
article

A Note on Bivariate bi-periodic Mersenne Polynomials

Bahar Kuloğlu, Engi̇n Özkan, Enze Cui, James F. Peters
article en
1 citations

Abstract

We introduce a new generalization mn(x,y), which we will call Bivariate Bi-periodic Mersenne polynomials depending on whether n is even or odd. We investigated the bivariate and biperiodic forms of Mersenne polynomials, focusing on their unique structural properties, roots, and relationships among coefficients. Key contributions include deriving the generating function and Binet formula, examining the limit behavior of the polynomials, and identifying connections between positive and negative terms. Also, we give the limits of the consecutive terms of the polynomials and some important identities such as Catalan, Cassini and D’Ocagne’s identity. We also find the corresponding binomial addition formula.

PROOFVol. 4
University of Manitoba (CA), Marmara University (TR)
Openalex Percentile: Top 41%
Advanced Mathematical Theories and Applications
0.28
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A Note on Bivariate bi-periodic Mersenne Polynomials — Bahar Kuloğlu, Engi̇n Özkan, et al. · PROOF (2024) | TGRS Research Map | TGRS