Fuzzy Sets and the Holographic Principle: Uncertainty in Black Hole Physics

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Published: Mar 1, 2023
DOI: https://doi.org/10.29070/qf8tsq22
Keywords:
Fuzzy Sets, Holographic Principle, Uncertainty, Black Hole Physics, Gravity, Spacetime, Fundamental Structure, Fuzzy Set Theory, Black Hole Parameter Measurements, Enigmatic Cosmic Entities

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Authors

Nasir Ahamed N

Assistant Professor of Physics, Government College for Women, Chintamani, Karnataka, India

Abstract

Black hole physics, with its profound implications for gravity, spacetime, and the universe'sfundamental structure, remains a challenging field riddled with uncertainties. This study explores theintegration of fuzzy set theory and the holographic principle to address the inherent imprecision in blackhole parameter measurements and advance our understanding of these enigmatic cosmic entities.Hypothetical data sets, characterized by fuzzy set representations of uncertainties, are subjected tofuzzy set-based analysis. Fuzzy entropy calculations reveal the degree of imprecision, while fuzzyclustering suggests the potential existence of distinct black hole classes. This interdisciplinary approachprovides new theoretical insights, challenges existing models, and emphasizes the need for furtherresearch to validate and refine these concepts.

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Issue

Vol. 20 No. 1 (2023): Journal of Advances in Science and Technology (JAST)

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