ORIGIN OF THE UNIVERSE: A UNIFIED COSMOLOGY AS AN ACTIVE ALTERNATIVE TO BIG BANG (III)
Résumé
The Singularity Big Bang (SBB) conjecture has not resulted in a satisfactory cosmology model. Instead the Thermal and Particle Diffusion Wave (TPDW) hypothesis' ontology explains the universe's cosmogony and continuous maintenance without any reliance on SBB properties or processes. The unrelated TPDW model is autonomous, resolving long-standing SBB difficulties.
A key principle depends on interactions between ensembles of multiple quantum systems located in the pre-universe, that is, the massless pre-particles. Cosmogony is a continuous process occurring at the boundary between the observable universe and the non-observable pre-universe. Two existing, independent observations support the TPDW model for the masses of Standard Model (SM) particles and the temperature stability of Cosmic Microwave Background Radiation (CMBR).
The TPDW model predicts, concomitantly with SM particle formation, the appearance of sub-models for universe time and gravity. It suggests the nature, and mechanism of, dark matter and dark energy origin, and quantum entanglement.
A common mechanism is founded on interactions between diffusion waves, forming a steady state non-equilibrium throughout the universe. This environment leads to the formation of SM particles' mass, CMBR, gravity and universe time. TPDW anticipates the fundamentals of dark matter and dark energy, and quantum
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