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Bell Nonlocality as Dual-Phase Synchronization in CPT-Siamese Universes

DOI License: MIT

Geometric resolution of quantum nonlocality via global phase synchronization in a CPT-symmetric dual-universe topology.


🌌 Overview

This repository contains the theoretical framework, mathematical derivations, and observational analysis for the paper "Bell Nonlocality as Dual-Phase Synchronization in CPT-Siamese Universes".

Standard interpretations of Bell's theorem often require abandoning relativistic locality or counterfactual definiteness. We propose a third alternative: Global Phase Locality. We posit that our universe ($\mathcal{U}+$) has a CPT-conjugate twin ($\mathcal{U}-$), and that entangled particles are single, indivisible objects spanning both spacetime sheets via a shared phase core.

Key Contributions

  1. Geometric Resolution: The apparent violation of 3D locality is resolved by restoring locality in a higher-dimensional Global CPT Configuration Space.
  2. Analytic Derivation: We provide a geometric derivation of the CHSH quantum correlation term $E(a,b) = -\cos(a-b)$ using phase projections over the dual manifold.
  3. Observational Evidence: We present empirical evidence from Fast Radio Bursts (FRBs), showing a sinusoidal modulation of dispersion measures aligned with a theoretical "Siamese Axis" ($RA \approx 170^\circ, Dec \approx 40^\circ$).

📂 Repository Contents

  • Bell_Siamese_v2.pdf: The full scientific manuscript (v2.1), including the geometric derivation and FRB data analysis.

🔭 Observational Predictions

This framework connects quantum foundations with astrophysical observations. The paper details the statistical significance derived from independent analyses:

  • Rotational Hemispheric Tests: $p \approx 5 \times 10^{-4}$
  • FRB-QSO Clustering: $p < 0.02$

We predict that future high-sensitivity surveys (e.g., SKA, CHIME) should detect non-random polarization angle variations in CMB B-modes aligned with the Siamese Axis.


📝 Citation

If you use this work, please cite it via Zenodo:

@misc{bell_siamese_2026,
  author       = {Cosmic Thinker},
  title        = {Bell Nonlocality as Dual-Phase Synchronization in CPT-Siamese Universes},
  year         = {2026},
  publisher    = {Zenodo},
  doi          = {10.5281/zenodo.18213585},
  url          = {[https://zenodo.org/records/18213585](https://zenodo.org/records/18213585)}
}

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Geometric resolution of Bell nonlocality in CPT-Siamese Universes. Entanglement acts as global phase synchronization across dual sheets. Includes analytic derivation of CHSH correlations and observational evidence from FRB anisotropies aligned with the Siamese Axis, unifying QM and cosmology.

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