MDPI (SWITZERLAND) | E-ISSN: 2075-1680 | JCI® 2023 Impact Factor: 1.24 - MATHEMATICS, APPLIED — position: 66/332 (Q1/T1)   Investigating Multidimensional Degenerate Hybrid Special Polynomials and Their Connection to Appell Sequences: Properties and Applications

Investigating Multidimensional Degenerate Hybrid Special Polynomials and Their Connection to Appell Sequences: Properties and Applications

Alqahtani, A. M., Yousuf, S., Wani S. A. and Costas-Santos, R. S. Axioms 13, no. 12 (2024), 859

Abstract

This paper explores the operational principles and monomiality principle that significantly shape the development of various special polynomial families. We argue that applying the monomiality principle yields novel results while remaining consistent with established findings. The primary focus of this study is the introduction of degenerate multidimensional Hermite-based Appell polynomials (DMHAP), denoted as \({}_{\mathbb H}{\mathbb A}_n[r] (l_1, ..., l_r; \vartheta)\). These DMHAP form essential families of orthogonal polynomials, demonstrating strong connections with classical Hermite and Appell polynomials. Additionally, we derive symmetric identities and examine the fundamental properties of these polynomials. Finally, we establish an operational framework to investigate and developthese polynomials further

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BibTeX

@Article{axioms13120859,
AUTHOR={Alqahtani, A. M. and Yousuf, S. and Wani, S. A.  and Costas-Santos, R. S.},
TITLE={Investigating Multidimensional Degenerate Hybrid Special Polynomials and Their Connection to Appell Sequences: Properties and Applications},
JOURNAL={Axioms},
VOLUME={13},
YEAR={2024},
NUMBER={12},
ARTICLE-NUMBER={859},
URL={https://www.mdpi.com/2075-1680/13/12/859},
ISSN={2075-1680},
DOI={10.3390/axioms13120859}
}