The best Artificial Intelligence (AI) platforms raise essentially the same questions about big bang cosmology:
- Question: How did the Early, Massive Galaxies form?
JWST has sent back images of massive, mature galaxies, and these are much earlier in the universe’s history than given by big bang cosmology. “This challenges the idea that galaxies formed gradually through the merging of smaller structures. The standard model of galaxy formation suggests these early galaxies should be smaller and less evolved.” With the big board-little universe, the universe began to expand within the first second 18.5 tredecillion spheres per second. See: https://81018.com/pascos/
- Question: What precipitated Faster Galaxy Formation?
The JWST’s observations of these early, large galaxies suggests that star formation may have occurred more rapidly in the early universe than current models predict. “This could imply a need to revise our understanding of how efficiently gas is converted into stars and how feedback processes (like supernovae and black holes) influence star formation. ” Within the big board-little universe project, holds that the universe is a. super network of infinitesimal spheres define by the Planck base units. This changes the fundamental model of the universe, star formation, and black holes. It reintroduces the finite-infinite relation whereby the four most used irrational numbers add a qualitative understanding of emergence and the finite-infinite relation.
- Question: What is the Cosmic Expansion Rate?
Where the JWST data is suggesting a faster expansion rate of the universe than heretofore estimated, it also potentially impacting our understanding of dark energy, the “Hubble tension,” a subject of ongoing research and debate.
- What are the Potential Revisions to Cosmology?
The JWST’s observations are prompting scientists to reconsider existing cosmological models and explore new possibilities, such as a faster-expanding universe or adjustments to the models of galaxy formation.
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“We’re guided by Occam’s razor, and the simplest explanation for what we see is shifting,” said Will Percival, co-spokesperson for DESI and a professor at the University of Waterloo (CA).
“For a couple of decades, we’ve had this standard model of cosmology that is really impressive,” said Willem Elbers, a postdoctoral researcher at Durham University and co-chair of DESI’s Cosmological Parameter Estimation working group, which works out the numbers that describe our universe. “As our data are getting more and more precise, we’re finding potential cracks in the model and realizing we may need something new to explain all the results together.”
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“The Archetypal Cosmos” by Keiron Le Grice, which synthesizes ideas from depth psychology and new paradigm science…
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