Exploring Properties and Applications of Laguerre Special Polynomials Involving the Δh Form

Symmetry Pub Date : 2024-09-04 DOI:10.3390/sym16091154
Noor Alam, Shahid Ahmad Wani, Waseem Ahmad Khan, Fakhredine Gassem, Anas Altaleb
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Abstract

The primary objective of this research is to introduce and investigate novel polynomial variants termed Δh Laguerre polynomials. This unique polynomial type integrates the monomiality principle alongside operational rules. Through this innovative approach, the study delves into uncharted territory, unveiling fresh insights that build upon prior research endeavours. Notably, the Δh Laguerre polynomials exhibit significant utility in the realm of quantum mechanics, particularly in the modelling of entropy within quantum systems. The research meticulously unveils explicit formulas and elucidates the fundamental properties of these polynomials, thereby forging connections with established polynomial categories. By shedding light on the distinct characteristics and functionalities of the Δh Laguerre polynomials, this study contributes significantly to their comprehension and application across diverse mathematical and scientific domains.
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探索涉及 Δh 形式的拉盖尔特殊多项式的性质和应用
这项研究的主要目的是介绍和研究被称为 Δh 拉盖尔多项式的新型多项式变体。这种独特的多项式类型将单项式原理与运算规则融为一体。通过这种创新方法,本研究进入了一个未知领域,揭示了建立在先前研究基础上的新见解。值得注意的是,Δh 拉盖尔多项式在量子力学领域,特别是在量子系统内的熵建模方面,表现出了重要的实用性。研究细致地揭示了这些多项式的明确公式,阐明了其基本性质,从而与已有的多项式类别建立了联系。通过揭示 Δh 拉盖尔多项式的显著特点和功能,本研究对它们在不同数学和科学领域的理解和应用做出了重大贡献。
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