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The Rubber Band Instability Hypothesis of White Hole Decay
- The article explores the Rubber Band Instability Hypothesis of White Hole Decay, proposing a new perspective on black holes and white holes.
- Black holes are regions in space with intense gravity, where nothing, not even light, can escape.
- White holes, on the other hand, hypothetically expel matter and light, acting as the reverse of black holes.
- The article uses a hydraulic press analogy to explain the concept of black holes and their extreme density due to gravitational collapse.
- It discusses the theoretical existence of white holes as the counterparts of black holes, expelling what black holes consume.
- The article delves into the thermodynamics problem, suggesting that white holes may violate known physical laws by reducing entropy.
- A rubber band metaphor is introduced to explain the potential instability of white holes, stretching the fabric of spacetime in reverse.
- It questions why white holes have not been observed, theorizing that they could snap out of existence quickly due to their unnatural characteristics.
- Speculative ideas are presented, such as the existence of white holes in alternate realities or dimensions and the possibility of the Big Bang originating from a white hole explosion.
- The article concludes by emphasizing the speculative nature of the hypothesis and its independent development by the author.
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