Some observational results from DESI support the correspondence but more are needed to establish it.
In a more theoretical argument, Gregory Tarle, professor of physics at the University of Michigan, proposed this idea.
To substantiate it further, he said:
"If you ask yourself, 'Where in the later Universe do we see gravity as strong as it was at the beginning of the Universe?' the answer is at the center of black holes. It's possible that what happened during inflation runs in reverse, that the matter of a massive star becomes dark energy again during gravitational collapse like a small Big Bang does in reverse"
Dark energy seems to be DECLINING with time. DESI results: The first cracks in cosmology? (YouTube)
Warren Frisina
Dear Warren,
It might be no dark energy at all and the original discovery with supernovae type 1a are to be re-interpreted. Instead, there is more and more indications that light is scattered, thus making supernovae dimmer than they should be and eliminating the need for "dark energy". See here:
Tipikin: Light scattering observed on supernova type 1A - no "dark energy", the Hubble findings should be re-analysed.
https://tipikin.blogspot.com/2024/11/light-scattering-observed-on-supernova.html
Dmitriy, I believe the newer more accurate "Baryonic Acoustic Oscillation" technique was also used.
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