Advances and Applications in Discrete Mathematics
Volume 30, , Pages 81 - 86
(April 2022) http://dx.doi.org/10.17654/0974165822020 |
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PAPER CITATION NETWORK ANALYSIS ON THEORETICAL HIGH ENERGY PHYSICS
Jonecis Dayap, Victor Barraza, Jeanilyn Dionsay, Richard Alcantara and Temidayo Joseph Oluwafemi
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Abstract: The current research examines the theoretical high energy physics (THEP) citation network. It shows that the THEP can be divided into five major subfields. The in-degree distribution of THEP exhibits a power-law distribution, indicating the presence of a hub. The results of the calculated metrics suggest that the network is efficient, and information can easily flow across the network. However, there is a slight connection between papers having similar reference lists. Finally, there is a weak association between in-degree and out-degree metrics, showing that increasing the number of papers cited in the reference list does not result in more paper citations.
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Keywords and phrases: citation network, theoretical high energy, network metrics. |
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