Home Mathematics Image formulae for the Saigo fractional q-derivative operator with basic hypergeometric series
Chapter
Licensed
Unlicensed Requires Authentication

Image formulae for the Saigo fractional q-derivative operator with basic hypergeometric series

  • Biniyam Shimelis and Dayalal Suthar
Become an author with De Gruyter Brill

Abstract

In light of many applications in the natural and social sciences, the fractional q-calculus has received a lot of interest from researchers in a wide range of fields throughout the last forty years or so. Many operators in fractional q-calculus, notably those involving distinct q-special functions, have been extensively researched and are widely utilized in practice. In this paper, we establish particular image formulas for Saigo fractional q-derivative operators. These image formulas involve the multiplication of a general class of q-polynomials and generalized q-hypergeometric series and are stated in terms of generalized q-hypergeometric series. In addition, we investigate fascinating particular situations of our main findings and draw pertinent linkages between our results and earlier studies.

Abstract

In light of many applications in the natural and social sciences, the fractional q-calculus has received a lot of interest from researchers in a wide range of fields throughout the last forty years or so. Many operators in fractional q-calculus, notably those involving distinct q-special functions, have been extensively researched and are widely utilized in practice. In this paper, we establish particular image formulas for Saigo fractional q-derivative operators. These image formulas involve the multiplication of a general class of q-polynomials and generalized q-hypergeometric series and are stated in terms of generalized q-hypergeometric series. In addition, we investigate fascinating particular situations of our main findings and draw pertinent linkages between our results and earlier studies.

Downloaded on 21.10.2025 from https://www.degruyterbrill.com/document/doi/10.1515/9783111724638-004/html
Scroll to top button