What is the Egg Shell Theory of the Universe and its implications?

AI Thread Summary
The Egg Shell Theory of the Universe posits that following the Big Bang, only a small portion of the universe is observable, with the majority of mass potentially blown away. This theory suggests that the accelerated expansion of the universe could be due to gravitational attraction towards this unseen mass. There is currently no scientific publication supporting this idea, and attempts to engage well-known astronomers have gone unanswered, likely due to the theory's untestable nature. The discussion seeks references and measurements to validate the theory. Overall, the Egg Shell Theory remains a speculative concept awaiting further exploration and scientific validation.
Arac15
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Dear reader,
Of course I searched the site to see other persons discussing the the egg shell theory, but I did not find it.
So, perhaps someone can direct me to the subject.

I am interested in the theory that when the universe was created in a big bang, the only part of it is the part we observe at this time.
It could be that the larger part of the total mass was blown away first. We then are only the small remnents of this blast.
This can also explain the accellerated expansion, because we are attracted towards this huge blown away mass.
Well, I would like to see what other readers have already discussed about this idea, and what can be done to perform measurements to test it.
 
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Has this idea been published in a scientific paper? If so, please point us to references.
 
Hi,
No, the idea has been proposed to well known astronomers, but no answer has been received yet
 
Arac15 said:
Hi,
No, the idea has been proposed to well known astronomers, but no answer has been received yet


When it has been published, then we can discuss it here.
 
Abstract The Event Horizon Telescope (EHT) has significantly advanced our ability to study black holes, achieving unprecedented spatial resolution and revealing horizon-scale structures. Notably, these observations feature a distinctive dark shadow—primarily arising from faint jet emissions—surrounded by a bright photon ring. Anticipated upgrades of the EHT promise substantial improvements in dynamic range, enabling deeper exploration of low-background regions, particularly the inner shadow...
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