This repository contains the full research package associated with the paper
“Timeless Quantum Cosmology and the Emergence of Phase Time: A Refined Barbour–Siamese Correspondence.”
The project unifies Barbour’s timeless quantum cosmology with the CPT-symmetric Siamese Phase Cosmology, demonstrating that time emerges dynamically from a critical phase-transition mechanism. Numerical simulations reveal a robust critical phase-mass threshold (mφ,crit ≈ 1.965) that determines whether the Universe remains in a perfectly synchronized timeless state (Δφ = 0) or bifurcates into two CPT-conjugate emergent histories. The work also identifies a shallow rotational resonance (krot ≈ 0.33) acting as a catalyst for temporality.
This repository includes:
- Full LaTeX source of the Barbour–Siamese correspondence paper
- The conceptual phase-portrait figure illustrating the unified framework
- Numerical and conceptual documentation linking phase dynamics to timeless cosmology
- Four complete PDF versions of the paper: English, Spanish, Russian, and Chinese, to ensure broad global accessibility
- Zenodo archival record and citation metadata
Zenodo DOI: https://doi.org/10.5281/zenodo.17825510
This work provides a unified theoretical bridge between foundational philosophy of time and nonlinear cosmological dynamics, offering a mechanistic explanation for the emergence of time within a CPT-symmetric universe.