Mathematician From Newzealand Challenges The Singularity Concept of Blackhole by Einstein
Dr. Roykerr’s findings challenge the widely-accepted theory of blackhole, specifically the existence of their singularity, as proposed by Albert Einstein. The mathematician from New Zealand claims that the singularity does not exist, leading to questions about the reality of blackhole.
This notion raises intriguing questions: Do black holes exist without their event horizon and singularity? Is there another force within black holes causing the intense gravity we observe? If so, what lies hidden inside black holes? To better understand this concept, it’s necessary to explore the root cause of these phenomena, starting with Einstein’s General Theory of Relativity. The way we perceive gravity is misguided, as we are essentially using gravity to explain gravity, which is an inaccurate representation of space-time curvature. Ultimately, it’s essential to reconsider the fundamental concepts of gravity and space-time in light of this new perspective.
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Why Einstein was WRONG About BLACKHOLE
The general theory of relativity (GTR) assumes that the flow of space-time across a black hole’s event horizon becomes faster than the speed of light, which results in the paradoxical assumption that something in the universe can travel faster than light.
Roy argues that this assumption is wrong, as black holes are rotating bodies, and according to the law of conservation of momentum, should not be considered stationary. Therefore, singularities, the point of infinite gravity at the center of a black hole, cannot exist as previously thought, but instead should be viewed as a motion of a ring. This theory, based on the Kerr case, challenges the validity of Einstein’s theory, but the discoveries made using Einstein’s relativity are still valuable, such as the GPS system’s dependence on the time dilation principle.
New Ring Singularity Concept
In recents study Einstein’s general theory of relativity (GTR) has been extended with the concept of a new ring singularity, but it still lacks the ability to fully understand the quantum effects inside a blackhole. To fully grasp the singularity, a theory of quantum gravity that can combine the effects of gravity and quantum mechanics is required. However, the combination of these two fundamental theories remains a significant challenge for scientists. There are also several reasons why quantum mechanics cannot explain gravity. Also we can expect that new study will explore in-depth understanding of the current state of scientific understanding regarding black holes and the reconciliation of quantum mechanics and gravity.
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