Hawking Radiation Extrapolation: A Conjecture

In summary, the intense gravity near the event horizon of a black hole causes particles to spontaneously appear, and this effect is even stronger near the singularity. These particles borrow mass from the singularity, leading to the possibility that there may not actually be a singularity, but rather a fuzz of particles. However, there is currently no theory to explain this, so it remains a topic for future discussion.
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Mike Holland
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The intense gravity near the event horizon causes complementary particles to pop into existence spontaneously. As local space-time is continuous through the EV, the same would be happening just inside the EV, only more so as the gravity field and gradient is greater. So near the singularity particles would be appearing at a very high rate, and there would be a fuzz of particles appearing and then disappearing down the plug hole. All these particles would borrow a little of the singularity mass, so at any one time a proportion of the mass would be in these particles and not in the singularity. Perhaps there is no singularity, and just a fuzz of particles.
 
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Mike Holland said:
Perhaps there is no singularity, and just a fuzz of particles
Perhaps. But we currently have no theory about it, so we will have to wait a considerable time to discuss it here.
 
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FAQ: Hawking Radiation Extrapolation: A Conjecture

What is Hawking radiation extrapolation?

Hawking radiation extrapolation is a theoretical concept proposed by physicist Stephen Hawking in which he suggests that black holes may emit radiation due to quantum effects at their event horizon.

How does Hawking radiation extrapolation relate to black holes?

Hawking radiation extrapolation suggests that black holes may not be completely black, as they are commonly thought to be. Instead, they may emit a small amount of radiation, causing them to slowly lose mass and eventually evaporate.

Is Hawking radiation extrapolation a proven theory?

No, Hawking radiation extrapolation is currently a conjecture or a hypothesis that has not been proven. It is based on theoretical calculations and has not yet been observed in real-life black holes.

What are the implications of Hawking radiation extrapolation?

If Hawking radiation extrapolation is proven to be true, it could have significant implications for our understanding of black holes and the laws of physics. It could also have potential applications in areas such as cosmology and quantum gravity.

How is Hawking radiation extrapolation being studied?

Scientists are currently studying Hawking radiation extrapolation through theoretical calculations and simulations. They are also looking for potential observational evidence of this phenomenon in the universe, such as in the radiation emitted by black holes or in the cosmic microwave background radiation.

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