Hi everyone!
Although, I am not a specialist in the special theory of relativity neither the quantum mechanics, but I would like to start a discussion on my idea, maybe stupid but I think it worth to discuss.
In electrotechnics, there is a term of step voltage, which appears when a wire of a high voltage line is lying on the ground. Then even small step of human can cause electric shock, as the result of non-linear distribution on electric potential and different electrical potential for each human leg. My question is that if it is possible to apply this to gravity field by analogy?
If we assume that gravity field around a black hole is so strongly non-linear as spacetime itself, then gravity forces should significantly different for two points which are away from each other about distance less even than Planck’s length. If the difference in gravity forces is greater than nuclear forces, the whole atom should be destroyed and split into elementary particles like fermions. This atomic fission should release a huge amount of energy. From this point of view, a black hole should be an accumulation of elementary particles, even those unknown, having infinite speed and energy and thus infinite mass. Black holes transform matter into the energy expressed by a mass and surrounding gravity field? What happens when the energy inside a black hole grows faster than its mass and related gravity field i.e. a particle energy can be greater than mc2? Does it mean that a black hole is also able to explode when accumulated energy exceeds gravity forces, releasing all elementary particles and it will be similar to the big bang?
If I am wrong please correct me :)
Best regards
I have read recently a theory about a cyclic universe reborning that is formulated by scientists from University of Princeton. This means that universe iscollapsed periodically into huge black hole which next explodes with incredible amount of energy. This confirms my suspections.
Dear Cezary,
CK: If we assume that gravity field around a black hole is so strongly non-linear as spacetime itself, then gravity forces should significantly different for two points which are away from each other about distance less even than Planck’s length
That is not the case, the gravity increases smoothly crossing the event horizon. In fact for a super-massive black hole, the tidal effect at the event horizon is weaker than at the surface of the Earth.
A black hole cannot explode.
Unfortunately, scientists (Joss Bland-Hawthorn) discovered that about 3 mln. years ago there was a huge explosion in the centre of the Milky Way. It produced a radiation burst called Seyfert burst. The area, where the explosion took place, was just nearby Saggitarius A or even it can be the black hole itself.
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