Bell Disentangled

This is the authors' abstract. We don't add key points for this paper.

This is a proof of existence by construction of an Ontologically Local StochasticHidden Variable (OLSHV) model for Bell-type spin- 1/2 particle pair experiments. Themodel is built from five ontological elements — a source, two particles, and two de-tectors — each carrying a local hidden variable. Non-locality, superluminal signaling,superdeterminism, and retro-causality are structurally excluded by construction. Key quantum features — the Born rule, non-Kolmogorov quasi-probability, ensem-ble correlation, and the Tsirelson bound — emerge from two physical principles alone:Locality and Rotational Symmetry. The Werner state visibility V is derived from firstprinciples; its observation in Bell-type experiments constitutes experimental evidencefor this model. We also predict a period-π oscillation of the ensemble correlationunder simultaneous detector rotation, not predicted by standard quantum theory. Bell’s theorem rules out local hidden variables with Kolmogorov probability struc-ture — not local hidden variables with quantum non-Kolmogorov quasi-probability.This construction demonstrates that local quantum hidden variables exist, reproducequantum correlations exactly, derive the Werner state visibility from first principles,and predict a testable oscillation invisible to existing CHSH-type Bell tests.