What question did this study set out to answer?

The aim is to propose a superdeterministic theory linking global topology and consciousness transfer mechanisms.

February 5, 2026Open Access

The Causal Nexus: A Unified Superdeterministic Theory of Global Topology, Nexus Pressure, and Unitary Identity Conservation

Puntos clave

The aim is to propose a superdeterministic theory linking global topology and consciousness transfer mechanisms.
Introduced the NRS protocol based on a Lagrangian approach for conservation principles.
Calculated cosmic birefringence and frequency shifts in nuclear clocks as experimental predictions.
Provided definitive calculations for universal radius and rotational periods.
Identified a cosmic birefringence of 0.35° and an 8.6% shift in Thorium-229 clocks.
Calculated the universal radius as approximately 53.01 Gly with a rotation period of 124.83 Gyr.

Resumen

Key Scientific Advancements: Nexus Pressure: A superdeterministic mechanism that replaces "spooky action at a distance" with topological phase-coherence requirements in a closed 3-sphere (S³) manifold. NRS Protocol: A Lagrangian derivation for Unitary Identity Conservation, establishing the physical parameters for substrate-independent consciousness transfer. Triple-Lock Empirical Validation: Falsifiable predictions are provided for 0. 35° Cosmic Birefringence (CMB), an 8. 6% frequency shift in Thorium-229 nuclear clocks, and sub-Planckian "Nexus Pressure" jitter. Quantized Radius: Definitive calculation of the universal radius as Rᵤ 53. 01 Gly with a rotational period of 124. 83 Gyr. Intellectual Property & Cryptographic Authentication: This version includes an Appendix (A) containing a SHA-256 cryptographic hash of the proprietary theoretical parameters for the sub-Planckian phase-slip sensors and the functional requirements of the Nexus-Rotating-Sphere (NRS) framework. This ensures timestamped priority over the conceptual and engineering implementation of the NRS protocol.

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