Gottlieb Polynomials and Their <i>q</i>-Extensions

Since Gottlieb introduced and investigated the so-called Gottlieb polynomials in 1938, which are discrete orthogonal polynomials, many researchers have investigated these polynomials from diverse angles. In this paper, we aimed to investigate the <i>q</i>-extensions of these polynomials...

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Main Authors: Esra ErkuŞ-Duman, Junesang Choi
Format: Article
Language:English
Published: MDPI AG 2021-06-01
Series:Mathematics
Subjects:
Online Access:https://www.mdpi.com/2227-7390/9/13/1499
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author Esra ErkuŞ-Duman
Junesang Choi
author_facet Esra ErkuŞ-Duman
Junesang Choi
author_sort Esra ErkuŞ-Duman
collection DOAJ
description Since Gottlieb introduced and investigated the so-called Gottlieb polynomials in 1938, which are discrete orthogonal polynomials, many researchers have investigated these polynomials from diverse angles. In this paper, we aimed to investigate the <i>q</i>-extensions of these polynomials to provide certain <i>q</i>-generating functions for three sequences associated with a finite power series whose coefficients are products of the known <i>q</i>-extended multivariable and multiparameter Gottlieb polynomials and another non-vanishing multivariable function. Furthermore, numerous possible particular cases of our main identities are considered. Finally, we return to Khan and Asif’s <i>q</i>-Gottlieb polynomials to highlight certain connections with several other known <i>q</i>-polynomials, and provide its <i>q</i>-integral representation. Furthermore, we conclude this paper by disclosing our future investigation plan.
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spelling doaj.art-cde7b89e5bbc42f088a2c2395a08a1cb2023-11-22T01:50:46ZengMDPI AGMathematics2227-73902021-06-01913149910.3390/math9131499Gottlieb Polynomials and Their <i>q</i>-ExtensionsEsra ErkuŞ-Duman0Junesang Choi1Department of Mathematics, Faculty of Science, Gazi University, Teknikokullar, TR-06500 Ankara, TurkeyDepartment of Mathematics, Dongguk University, Gyeongju 38066, KoreaSince Gottlieb introduced and investigated the so-called Gottlieb polynomials in 1938, which are discrete orthogonal polynomials, many researchers have investigated these polynomials from diverse angles. In this paper, we aimed to investigate the <i>q</i>-extensions of these polynomials to provide certain <i>q</i>-generating functions for three sequences associated with a finite power series whose coefficients are products of the known <i>q</i>-extended multivariable and multiparameter Gottlieb polynomials and another non-vanishing multivariable function. Furthermore, numerous possible particular cases of our main identities are considered. Finally, we return to Khan and Asif’s <i>q</i>-Gottlieb polynomials to highlight certain connections with several other known <i>q</i>-polynomials, and provide its <i>q</i>-integral representation. Furthermore, we conclude this paper by disclosing our future investigation plan.https://www.mdpi.com/2227-7390/9/13/1499Gottlieb polynomials in several variables<i>q</i>-Gottlieb polynomials in several variablesgenerating functionsgeneralized and generalized basic (or -<i>q</i>) hypergeometric functionLauricella’s multiple hypergeometric series in several variables<i>q</i>-binomial theorem
spellingShingle Esra ErkuŞ-Duman
Junesang Choi
Gottlieb Polynomials and Their <i>q</i>-Extensions
Mathematics
Gottlieb polynomials in several variables
<i>q</i>-Gottlieb polynomials in several variables
generating functions
generalized and generalized basic (or -<i>q</i>) hypergeometric function
Lauricella’s multiple hypergeometric series in several variables
<i>q</i>-binomial theorem
title Gottlieb Polynomials and Their <i>q</i>-Extensions
title_full Gottlieb Polynomials and Their <i>q</i>-Extensions
title_fullStr Gottlieb Polynomials and Their <i>q</i>-Extensions
title_full_unstemmed Gottlieb Polynomials and Their <i>q</i>-Extensions
title_short Gottlieb Polynomials and Their <i>q</i>-Extensions
title_sort gottlieb polynomials and their i q i extensions
topic Gottlieb polynomials in several variables
<i>q</i>-Gottlieb polynomials in several variables
generating functions
generalized and generalized basic (or -<i>q</i>) hypergeometric function
Lauricella’s multiple hypergeometric series in several variables
<i>q</i>-binomial theorem
url https://www.mdpi.com/2227-7390/9/13/1499
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