Debugging and quantifier audit

Deducing uniqueness from a finite table or from one $f$ & Normalization is imposed for all $c\in \mathcal{D}$ and a separating family of free solutions.

Deducing quantum uniqueness from a leading classical limit alone & The formal-series version requires full coefficientwise normalization.

Using a classical solution evaluation as a quantum state & ${\mathrm{ev}}_u$ is a linear evaluation on the degree-one sector, not a state on the Wick algebra.

Calling an installed table a field measurement & Only supplied evaluations or enclosures are encoded. No continuum-field preparation or detector is built.

Calling history calibration exact event-time readout & At one fixed event, exact agreement of distinct labels is deterministic.

Equating a schedule with the physical causal past & Physical containment uses separately certified regular routes.

Treating a tick SWAP as a derived relativistic Hamiltonian & The finite port-to-port permission is an explicit host-model input.

Claiming no quantum coefficient of any kind is admitted & Only the separate inherited characteristic coefficient remains unadmitted. The scalar classes constructed in this file retain their proved status.