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Shyam D.
   Analysis of Compact Stellar Objects: Complexity and Parametric Effects of the Equation of State / Shyam D. - Текст на англ. языке // Физические интерпретации теории относительности, Международная научная конференция 24-я, Москва, 7 - 10 июля 2025 г. = Physical Interpretations of Relativity Theory (PIRT–2025) : сборник тезисов / МГТУ им. Н. Э. Баумана. - М., 2025. - С. 97-99.

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This paper considers how the Chaplygin equation of state (EoS) parameters affect the complexity of anisotropic compact stars. By solving the Einstein field equations, the model uses the Schwarzschild metric for the external region and applies boundary conditions at the stellar surface. The research incorporates observational data for validation through graphical and tabular analysis. The results indicate that although the complexity factor is not directly linked to specific EoS parameters, it increases with their values. While these parameters influence internal properties like anisotropy and density inhomogeneity, the overall complexity exhibits a consistent growth pattern.