33.64 turns beta-plus conversion into a mirror translation court: with one frozen threshold scan, one event window, one closure aperture, and one weak-probe clock chain, clustered above-threshold events must show neutron-state growth, positron nucleation, and an event-level correlation between missing quantities and a frequency-independent common-term step in the same window.
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33.64 turns beta-plus conversion into a mirror same-window event court. The admissible claim is not that familiar final states have been renamed, but that above-threshold conversion events show one mirror triad: neutron-state growth, positron nucleation, and an event-level missing-quantity imprint tied to a frequency-independent weak-probe common term in the same window.
Measurement preserves one unified timing and closure ledger. The hard outputs are t_plus, t_n, and t0 under one preregistered ΔT, the neutron and positron appearance rates R_n,on/off and R_plus,on/off, the near-field fingerprints S_n and S_plus, the coincidence curve Pc(Δt), the anisotropy index A under a fixed axis rule, the missing quantities p_miss and E_miss from one frozen closure aperture, and the event-level correlation with a frequency-independent weak-probe common term Δt_common or Δφ_common.
The workflow freezes the mirror event court before any verdict. Pulse strength P is scanned across multiple levels with ±P reversal, Pth is defined by a preregistered cluster-onset statistic, the positron detector, neutron or recoil-nucleus detector, and weak-probe channel are co-located with the conversion region and tied to the same clock chain, near-field fingerprints run continuously under one frozen extraction rule, pulse labels stay blinded during windowing and correlation extraction, and momentum / energy closure plus all correction rules stay fixed before acquisition.
Controls must break pulse-synchronized artifacts and pipeline leakage. With P = 0, clustered events may not anchor to t0 and the missing-quantity correlation may not align with a fake t0; below threshold, clustering and the coincidence structure must weaken strongly; direction reversal may mirror A but may not destroy the mirror court; permutation of t0 labels or weak-probe segments must collapse the missing-quantity correlation; and the weak-probe common term must remain non-dispersive across bands or bandwidth settings.
Support requires repeatable threshold clustering above baseline as P crosses Pth, a same-window mirror fingerprint in which S_n forms a neutron cancellation signature while S_plus forms a positive-charge outward signature with stable coupling in the coincidence curve, and a significant event-level missing-quantity correlation that survives only for clustered at-or-above-threshold events and collapses under permutations. Falsification follows from no stable threshold, no mirror same-window fingerprint, no missing-quantity correlation after controls, or a weak-probe term that is dispersive or reproducible by crosstalk. The named adversaries are pulse crosstalk, dead time and efficiency drift, and biased missing-quantity closure.
So the chapter closes only one translated beta-plus mirror geometric-event ledger aligned with the V02/V03/V08/V09 audit lane. “Neutron-state growth,” “positron wave packet,” and “neutrino wave-packet timing” may survive only as readout-layer or interface-layer names for the mirror triad, not as ontology nouns or canon-core verdicts. Its clean onward value is to hand an opposite-sign mirror event grammar to 33.65 and 33.66.