A spinning universe could crack the mysteries of dark energy and our place in the multiverse

Heh! I asked quite a while ago here on this Space.com forum whether our universe has a "spin", and the result was mostly that it can't spin because there is no frame of reference against which to measure it.

But, like the "Coriolis Force" on our spinning Earth, the spin of our universe would have physical manifestations within, that could be measured - and now that is apparently being attempted. Hooray for that effort!

If indeed our "universe" is a black hole inside a bigger universe, then I think we need to recognize that energy and matter can still come in from the outside, just as we think that supermassive black holes in our universe are still taking in matter and energy, today.

So, what would that look like from the inside of the black hole? Perhaps like the CMBR?

It is hard to visualize the geometry of the inside of a black hole such that it appears to those on the inside to be expanding instead of contracting. But, I have read that solutions to the field equations of General Relativity Theory do predict that perception.
 
No, my friend, the universe is not spinning! And the density of dark energy is constant! In other words, it increases as space expands!
I've already written an article about this, published in preprint Research Square! that dark energy is a centrifugal effect of a spin that generates the expansion of the universe!But this goes against the observational data! Other absurd publications that happen is to relate the beginning of the expansion with a black hole! A theory that has just been published, absurd and still incomplete, because it does not describe how the universe will leave its current state of accelerated expansion and begin a contraction! In short, the only theory that can emerge and prevail has to be one that complements the big bang theory, which is the theory that is most in line with observational data!
 
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