Double-Slit Admissible Probability

This work presents a self-contained reconstruction of the double-slit experiment under the Đukanović Theory of Everything, the Quantum of the Fundamental Asymmetry, and Admissible Probability. It begins by retaining the complete ordinary-quantum two-path and path-marker mathematics: arbitrary path imbalance, mixed marker states, calibrated visibility, detector response, path distinguishability, complementarity, finite-sample inference, and operational identifiability. It then separates that operational layer from a second problem: what distinguishes reversible correlation, decoherence, or amplified evidence from the constitutive event by which one admissible possibility acquires fixed historical truth-status. The central record architecture consists of source authentication, quotient-stable record identity, temporal descendant continuity, and whole-domain non-recoverability within a declared Null-Speed-bounded audit domain. This packet can reject reversible or unauthenticated false positives and can conditionally certify persistent record-capable morphology. It does not derive an exact outcome selector, collapse rate, or microscopic execution law.