- #1
Loren Booda
- 3,125
- 4
Starting at the microscopic entities we observe in our immediate neighborhood outward, then tracing mass-energy evolution from the universal horizon inward, can we determine where processes of both coincide in intermediate space?
Our own Planck regions, quarks, protons, atoms, planets, stars and galaxies span away from our world. Likewise, we theorize or even witness the creation of these bodies in reversed order from the region of the background radiation.
Is there a distance or cosmological redshift for the symmetry that balances these physics? Is there also an explanation that the remote big bang, influenced by the local isometric geometry of expansion, manifests centrally as inhomogeneities?
Our own Planck regions, quarks, protons, atoms, planets, stars and galaxies span away from our world. Likewise, we theorize or even witness the creation of these bodies in reversed order from the region of the background radiation.
Is there a distance or cosmological redshift for the symmetry that balances these physics? Is there also an explanation that the remote big bang, influenced by the local isometric geometry of expansion, manifests centrally as inhomogeneities?