A ŝ₀ B −ŝ₀ Bulk substrate (counter-rotating eddies) Entangled source Laminar channel (half-quantum vortex) Twist wave (v_ch ≫ c) E = −cos θ (substrate / QM) E = −cos θ/3 (classical) +1 0 −1 0 π/2 π E(θ) θ
Bell test substrate mechanism. Top: entangled source emitting two particles with a laminar modon channel (half-quantum vortex line) stretching between detectors A and B through the bulk substrate of counter-rotating eddies. Bottom: correlation curves showing E(θ) = −cos θ (substrate / QM prediction, solid green) versus E(θ) = −cos θ/3 (classical prediction, dashed red).