This theoretical proposal reveals a new framework integrating quantum principles and cosmological dynamics, suggesting a novel universe origin concept.
Key Points
The aim is to present a unified framework combining quantum mechanics with cosmology to explain the universe's origin and structure.
Introduce Observer Time Origin as a new concept for the universe's origin
Develop Tombino Geometry using discrete models based on 120-cell polytope
Present a scalar field $C6$ to model dark energy and matter phases
Propose six falsifiable predictions to differentiate from the standard $BB$CDM model
Incorporate a Causal Square to derive the Born rule and address the Boltzmann Brain paradox
Achieve a geometic dark matter fraction of 25.95% aligning with Planck's observed 26.8%
Provide theoretical predictions for gravitational wave propagation velocity
Reveal $B1$-compressibility signatures related to cosmic observations
Identify specific locations of CMB cold spots based on the new model
Establish a structural basis for reconciling quantum mechanics with cosmological events