Characterization of matrix classes associated with $p$-absolutely summable sequences of bi-complex numbers

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Keywords:

Bi-complex numbers, C2−linear operators, Characterization of matrix classes, p-Absolutely summable sequences, Sequence spaces

Abstract

In this paper, we  have characterized the bi-complex matrix transformations  on $\ell_{p}(\mathbb{C}_{2})$ space. We provide the necessary and sufficient requirements for an infinite bi-complex matrix to belong to $B(\ell_{2}(\mathbb{C}_{2}),\ell_{2}(\mathbb{C}_{2}))$. Additionally, we study when an infinite bi-complex matrix transforms $\ell_{1}(\mathbb{C}_{2})$ into $\ell_{\infty}(\mathbb{C}_{2})$ and provide a counterexample for the converse statement. We also provide some non trivial examples to support our claims.

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Published

2026-09-30

How to Cite

Muhuri, S., Tripathy, B. C., & Das, K. (2026). Characterization of matrix classes associated with $p$-absolutely summable sequences of bi-complex numbers. International Journal of Maps in Mathematics, 9(2), 219-232. https://simadp.com/journalmim/article/view/418

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