Verification required for a physical successor

A physical implementation must supply:

1. a justified effective port and its relation to the scalar field species, positive-frequency convention, and selected partial wave;

2. a coupling region and switching in spacetime, with a proved induced-observable or transfer identification;

3. the clock and redshift conversion. Our clock is asymptotic time. If a static proper-time clock at radius $r_0$ is used, the Schwarzschild relation $\mathrm{d}{\tau }_{\mathrm{proper}}=\sqrt{1-2GM/r_0}\mathrm{d}t$ must be carried through all pulse parameters. This relation alone does not construct the detector;

4. the actual participating field degrees of freedom and their joint state. The auxiliary vacuum port and nonvacuum radiation occupations cannot be inferred from a mean histogram;

5. availability or a certified compilation of the number-selective control set, including detunings, amplitude, frequency range, temporary occupation, and leakage;

6. complete readout-process characterization, not only a single-state assignment histogram. Spectator effects, apparatus memory, reset failures, and correlated errors must be included;

7. independently justified values or bounds for every parameter substituted into the analytical certificate. Statistical calibration uncertainty must be propagated into those bounds.

A compilation log, archive manifest, or numerical optimization objective is not a replacement for any of these proofs.