$A_\alpha$-SPECTRA OF DUPLICATION CORONAS

The convex combination of diagonal matrix $D(G)$ and adjacency matrix $A(G)$ defined as $A_\alpha(G)=\alpha D(G)+(1-\alpha)A(G) \textrm{for} \alpha \in [0,1] $ is indeed a good choice to merge $A$-spectra and $Q$-spectra theories of graphs. In this work, we discuss $A_\alpha$-eigenvalues of duplication corona, duplication edge corona, duplication neighbourhood corona and vertex complemented corona. Motivated by these operations, we have defined duplication vertex complemented corona operation and obtained corresponding $A_\alpha$-eigenvalues. We have also suggested some infinite family of graphs based on these findings.

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Publication Details

Journal
South East Asian J of Mathematics and Mathematical Sciences
Published
2024-08-30
DOI
https://doi.org/10.56827/seajmms.2024.2002.2
Primary Topic
Mathematical Analysis and Transform Methods
Type
article
Field-Weighted Citation Impact
0.00

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article

$A_\alpha$-SPECTRA OF DUPLICATION CORONAS

Sumanta Borah, Nijara Konch, A. Bharali, H. S. Ramane
South East Asian J of Mathematics and Mathematical Sciences
Mathematical Analysis and Transform Methods
article

$A_\alpha$-SPECTRA OF DUPLICATION CORONAS

Sumanta Borah, Nijara Konch, A. Bharali, H. S. Ramane
article en

Abstract

The convex combination of diagonal matrix $D(G)$ and adjacency matrix $A(G)$ defined as $A_\alpha(G)=\alpha D(G)+(1-\alpha)A(G) \textrm{for} \alpha \in [0,1] $ is indeed a good choice to merge $A$-spectra and $Q$-spectra theories of graphs. In this work, we discuss $A_\alpha$-eigenvalues of duplication corona, duplication edge corona, duplication neighbourhood corona and vertex complemented corona. Motivated by these operations, we have defined duplication vertex complemented corona operation and obtained corresponding $A_\alpha$-eigenvalues. We have also suggested some infinite family of graphs based on these findings.

South East Asian J of Mathematics and Mathematical SciencesVol. 20(02)
Department of Science and Technology, Ministry of Science and Technology, India
Openalex Percentile: Top 59%
Mathematical Analysis and Transform Methods
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