Exploring Black Holes: From Hawking Radiation to Quantum Hair-Insights and Challenges in Modern Astrophysics

The article explores key areas of black hole physics, providing insights and developments that will transform our understanding of these enigmatic cosmic entities. The review examines Stephen Hawking's pioneering idea on black hole escape routes and the limits of observational possibilities inside them, as well as findings from gravitational wave research, to highlight the enormous consequences for our understanding of black hole event horizons. It dives into fundamental principles such as mass and energy equivalence, the dynamic interaction of black holes with spacetime, and the interesting features of higher-dimensional black holes, providing a new perspective on the mysteries of interstellar space. Furthermore, the study addresses Hawking's black hole paradox, examines ground-breaking photographs of galactic centre black holes, predicts entropy using partition numbers, and offers methods for calculating size and mass using sophisticated analysis. These findings not only add to our understanding of black holes but also present new difficulties, prompting scientists to use interdisciplinary approaches to push the boundaries of gaining insight. To uncover the secrets of the universe, we have focused on the concepts of energy, frequency, and vibration.