Quote:
Originally Posted by Nereid
Quote:
Quote:Originally Posted by Michael Noonan
The Swartzschild radius would have hyper inflated at the same expansion as the energy on the same balloon edge. This would have led to continued consumption of energy. The resulting centre of the black hole compressing the perfect fluid of the initial expansion would have formed matter before the outer edge of the inflating balloon and not expanded as fast due to matter not able to travel at the speed of light.
This means the initial micro black hole grew and went on to become the filaments of density as seen in the dark matter maps of space that give it its present spider web structure.
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I can't follow this at all - do you have a version of this in something other than an apparent mish-mash of standard terms and popsci analogies?
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Thank you Nereid I haven't explained this well at all.
I was looking at the separation of the event horizon from the core of the micro black hole at some point in the initial expansion of space.
Energy ;heat, light, radiation and the event horizon would travel at the speed of light.
I thought the micro black hole could grow in size sufficiently to maintain its structure before the effect of the black hole caused this energy to form mass. This would cause the core to slow down.
Then if this was possible and the event horizon stayed with the expansion then would be a link like a worm hole formed between the matter formed in the core of now larger black hole and its event horizon.
Cheers
