The Universe is a simulation that expanded (spiraled out) at the beginning - stopping after it was created and reversing ever since. We are currently at 0,1 in the sequence - almost home.
If the universe is expanding like a rubber band - when it snaps back will it collapse into itself or the dark energy of its very existence?
In physics, quintessence is a hypothetical form of dark energy postulated as an explanation of the observation of an accelerating rate of expansion of the universe. Continue reading ...
The universe could stop expanding 'remarkably soon' Live Science - May 1, 2022
Predicting how soon the universe could collapse if dark energy has quintessence PhysOrg - May 3, 2022
The Universe Could Collapse On Itself A Lot Quicker Than We Were Expecting Unilad - May 4, 2022
Mystery of Universe's Expansion Rate: Hubble Data Shows That Something Weird Is Going On SciTech Daily - May 22, 2022
The Holographic Universe
This image of the Universe from the Science Daily article below - looks like a vinyl record and takes me to Quintessence and Dark Energy - Our experience here is being created, monitored and recorded by the simulation that appears to me as a shimmering black hole.
The 'ring' of 9 gamma ray bursts reminds me of the Fibonacci Spiral of creation.
This image also takes me to first image ever taken on SagittariusA* the Galactic Center Black Hole and what I 'see' as a shimmering black hole of creation. It's not a black hole. It's Quintessence.
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Five billion light years across: The largest feature in the universe Science Daily - August 4, 2015
Astronomers have found what appears to be the largest feature in the observable universe: a ring of nine gamma ray bursts - and hence galaxies - 5 billion light years across. Gamma-ray bursts (GRBs) are the most luminous events in the universe, releasing as much energy in a few seconds as the Sun does over its 10 billion year lifetime. They are thought to be the result of massive stars collapsing into black holes. Their huge luminosity helps astronomers to map out the location of distant galaxies, something the team exploited. The GRBs that make up the newly discovered ring were observed using a variety of space- and ground-based observatories. They appear to be at very similar distances from us - around 7 billion light years - in a circle 36° across on the sky, or more than 70 times the diameter of the Full Moon.