Observation Waves and Weak Force

This paper derives the weak nuclear force from collapse-induced spontaneous asymmetry in the observation field. Decay behavior and parity violations are shown to arise not from symmetry breaking per se, but from structural directionalization within unstable collapse configurations. We demonstrate that beta decay and CP violations emerge when collapse coherence diverges in field regions containing unstable energy topologies. The weak interaction is modeled as a collapse-regulated asymmetry amplifier, encoding directional decay probability within observation gradients. A unification proposal is presented: the electroweak interaction is reinterpreted as a tension-bifurcation in collapse fields, predicting testable polarization anisotropies under controlled field interference. This paper concludes the fourth force derivation within the Collapse Unified Series, extending the observational function model to explain micro-scale irreversibility and chirality.