The Big Spin: A Rotational Origin of the Universe from a Primordial Black Hole

A Bold New Vision for Cosmology: A Universe Born in SpinThis paper, "The Big Spin: A Rotational Origin of the Universe from a Primordial Black Hole," presents a compelling and elegant alternative to the standard Big Bang model. Instead of an initial explosion, it proposes that our universe emerged from a rapidly rotating primordial black hole.Drawing on the well-established physics of Kerr black holes and the emerging understanding of spin-mass scaling laws, the model offers a quantum-rotational framework that addresses fundamental cosmological puzzles. It provides a natural explanation for the initial singularity problem and the perplexing nature of dark energy, which is reinterpreted as a manifestation of torsion in spacetime linked to the intrinsic spin of matter.Furthermore, this hypothesis reinterprets Hubble expansion not as a simple cosmic growth but as a direct result of cosmic rotation. It aligns observational data with theoretical predictions, suggesting a unified cosmic dance of angular momentum from the subatomic to the galactic scale. This work offers a fresh perspective, inviting a profound reconsideration of the universe's origins and its fundamental nature.