Arithmetic Interference Before Collapse: Prediction of Tunnelling at Macro Level via Transparency Mirror Principle

We propose a falsifiable weak-measurement double-slit experiment to test macro-tunnelling. Standard quantum mechanics predicts no pre-collapse tunnelling sig-nature and only the normalized value after collapse. Zero-Decomposition Mapping(ZDM) predicts a distinct macro origin, unlike quantum tunnelling observed onlypost-collapse as N (Z) = 12.5.Our lab stand is built with η = 2 physical slits and ∆ = 5 arithmetic paths:• Weak (before collapse): Zweak = η + ∆ = 2 + 5 = 7.0 ± 0.2• Strong (after collapse): N (Z) = 12.5 ± 0.2• Mirror shift: 5.5 = 12.5 − 7.0 (transparency)If Z = 7 is observed in the weak regime, it confirms macro-tunnelling as primaryand quantum tunnelling as its transparent mirror, establishing ZDM ⊃ QM. Non-observation falsifies ZDM. This provides the first experimental distinction betweenquantum-only tunnelling and macro arithmetic tunnelling.