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Pretty much what i suggest in my post pinned on my profile December 6, 2024. Sorry it's long & this is longer...just FYI
As each black hole feeds & becomes larger it, in my opinion, presses on the very fabric of space that is supporting it. I don't believe it's dependent on the size of the black hole more the strength of the fabric of space.
If the space is pushed & pulled during a massive feeding frenzy by a particular black hole the fabric around it is weakened significantly. If there are long periods where the black hole lies dormant ie: not feeding. The fabric of space around that black hole had time to strengthen. This is how Ton-618 might have been able to get so large?
The specific reference that no to particles can be in the same place at the same time is easily addressed by Hawking radiation. This allows also for matter to be "destroyed/converted" without violating our current understanding of the laws of physics. At the event horizon Hawking radiation is seen escaping something seemingly inescapable.
The laws of physics are congruent with the notion that for the incredibly small it would be the same just impossible to gauge & so it is. Therefore the quantum realm allows for the switch from the unimaginably large to the unfathomably tiny without ever giving out its secrets as to how that happens yet we see it as the black hole gobbles up & gives off the telltale sign of Hawking radiation.
It's what happens after when the black hole becomes unable to be supported by the weakened fabric of space in this time? Who knows Black holes could be the reason that all of space is being pushed pulled & stretched? Maybe not, maybe that's just my own thoughts on the subject that's way off?
I'd argue though that once as black hole is ripped from this time where space has simply let it go could be detected. We would only need to look for massive amounts of Hawking radiation left behind where there is an empty part of space. This could be something to look for. Tasking a search for large amounts of Hawking radiation where nothing else exists would be a clear indicator that it's possibly once where there was a black hole.
I would also argue that this is simply not something that occurs frequently, more so, that it may not have occurred in our universe more than once so far with our own big bang! If this is the case then it truly is a rare thing indeed. However if this evidence can be found then we just might have the smoking gun. Hawking radiation being the smoking part & the lack of anything in the middle of that radiation field being the gun part.
I only write this because it makes for a nice closed loop that would also arguably simply clarify the what, where, when, why & how that surrounds our creation & in Trillions upon Trillions of years might be our demise.
If once the black hole rips from this time line or point it's balanced precariously on in space then it would seemingly wiz about in a sub space or different dimension to maybe one day, time being irrelevant given it's moving faster than light, pop back into existence. Yes there is a lot to unpack there...!
So lets assume that the black hole is a small speck smaller than an atom with all the matter it has gobbled up over the years. Now assume it's traveling faster than the distance all the light in our universe has traveled in 13 billion years in a Trillionth of a second. Wow that's fast. Imagine now if you will two of these smack into each other just by sheer chance & the Big Bang is formed.
Now if all these black holes in our universe have to eventually link up & one eventually swallows the other then this is going to take a while. So it may have only happened once & that was our big bang? It might happen again any second now...nope ok we're good. It's not to say this is correct or even mildly correct yet it would put in place the simplest answer as to where does all that matter go when its absorbed into a black hole.
It is possible that each black hole is the beginning of a black planet that eventually becomes a totally new universe so far beyond our ability to see that its Trillions of light years from the very edge of what we think we can see now.
So all in all good news however not so good if we want to see it as the average human lives somewhere between 0 & 112 years maximum. This all seems incredibly cruel as the average Sun like our own lasts 10 billion years so we should at least get a million years to live, right? I for one would like to know a hell of a lot more. I'd like to be able to explore out entire solar system as we wiz about the sun. 20 years to get an education 40 years to afford the meager life we all live assuming nothing goes wrong & 20-30 in which we can do very little comfortably doesn't seem right.
So for the dreamers & the designers I urge you all get to it & do it fast as time is the one commodity we can all ill afford.
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