Recovery of the 1956 Vacuum Stress Map: De-Interpolating Topological Tension Release in Weak Interaction Baselines

We enforce an absolute primary source sovereignty and zero-massage protocol onto historicaland modern weak interaction datasets to resolve persistent discrepancies between raw empir-ical beta-decay asymmetries and Standard-Model (SM) predictions. By re-evaluating Chien-Shiung Wu’s 1956/1957 Cobalt-60 (Co60 ) experimental records alongside un-interpolatedcontemporary data from Wauters et al. (2010) and the UCNA Collaboration (2012), wedemonstrate that raw, un-massaged emission anomalies are not statistical noise, form-factor uncertainties, or impurity artifacts. Instead, they represent systematic macroscopicquantizations and structural snapping signatures of vacuum manifold tension release. Weexpose a direct physical alignment between the unquenched rank-2 electric quadrupolar (E2)form factors (f, g) governing the Wauters et al. asymmetry excess (∆à = −0.027), themacroscopic spatial impedance of host copper lattices (fCo = 0.928), and the directionalwaveguide quantization enforced by macroscopic magnetic expansion fields (0.96 T → 0.6 T)in ultracold neutron traps. By holding these three primary baselines in a constant stateof cross-examination without Monte Carlo smoothing scripts, we recover a pre-existing,deliberate map of vacuum topological stress resolving across a Manhattan grid tessellation.