Black holes have a significant impact on shaping the behavior and development of galaxies and the universe in general. Despite being theoretically predicted and having plenty of observational evidence supporting their existence, black holes remain incomprehensible, leading to the investigation of different theoretical frameworks for deciphering their enigmas. This paper explores the complex terrain of black holes, discussing General Relativity, String Theory, and how they interact. Moreover, the deteriorating and captivating characteristics of black holes in string theory are discussed and the significance of T-symmetry in comprehending their behavior is examined, referencing relevant sources and theoretical concepts to offer a thorough look at this new trend in black hole physics. Using advanced X-ray imaging methods, astronomers can examine black hole environments in great detail, providing new insights into how matter behaves under extreme gravitational circumstances.