Bell's theorem and its experimental confirmation have established that the correlations between entangled particles cannot be explained by any local hidden variable theory. The standard interpretation: quantum mechanics is non-local. Measuring one particle instantly affects the other, regardless of distance. Einstein called it "spooky action at a distance" and rejected it as incompatible with relativity.
BFUT Paper 19A shows there is no action at a distance - only common substrate heritage established at the moment of pair creation.
Common-Origin Substrate Inheritance
When two particles are created together - from the same decay event, the same emission process - they originate from the same local region of the Spaticle substrate. Their condensation structures are produced by the same substrate deformation event. Their internal circulation configurations are correlated by construction: they are the complementary products of the same substrate reorganisation.
As the two particles propagate apart, each carries a deformation pattern in the substrate - a coherent substrate structure that preserves the correlation established at their origin. This shared substrate structure is the physical meaning of entanglement: not a mysterious non-local connection, but common substrate heritage that both condensations carry as they travel.
The Bell Correlation Function
When the particles are measured, each coupling event resolves the condensation's deformation into a definite outcome. The correlation between the two outcomes is determined by the overlap of their shared substrate structures - a function of the relative measurement orientations. The quantum mechanical prediction:
follows from the Born rule and the 720° topology of fermion condensations. It violates Bell's inequality. The violation arises because the condensations' shared substrate structure encodes correlations that reflect quantum topology - not a classical hidden variable that could satisfy Bell's inequality.
No Superluminal Signalling
The correlations are established at the moment of pair creation. No signal travels between the two measurement sites. The correlation does not require any communication between detectors. Einstein's intuition was partially right: there is no action at a distance. Entanglement is not non-locality - it is correlated substrate heritage established locally at a common origin.
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