Manuscript VII-A-ST@1 · VII-A-ST.tex · theorem · c39a67a3
Theorem: VII-A-ST local Grade S release
Release and limits of the construction · lines 2013–2064 · proof included or linked
VII-A-ST@1#thm:release
On the supported presentation and finite interface above:
the specified action-level switch and unswitched harmonic Cauchy prescription define unique scalar and coordinate coefficients through second order;
the first-order plateau cancellation and second-order intertwiner hold under , with the full transformation of ;
the larger compact class retains the exact defect (eq:defect), a negative witness, and the coefficientwise no-higher-repair obstruction;
the named plateau coupling jet is stable and has an explicit nonempty sourced subclass;
metric and switch dependence obey the truncated-past bound; causal switch agreement gives equality, while a common observation plateau alone does not;
the Cauchy-data-preserving classical comparison map is unique and satisfies its cocycle and common-plateau equivariance;
the finite evaluation table has a complete destructive instrument, declared dictionaries, a controlled compression limit, and reference-preserving causal transport;
no quantum product, quantum Ward identity, radiative coefficient, or counterterm-separation certificate is supplied.
Items (i)–(vii) satisfy Definition def:grade. The repair remains plateau-restricted.
Proof. Propositions prop:scalar and prop:coordinates give (i). Theorem thm:first, Lemma lem:plateaucov, and Theorem thm:second give (ii).
Propositions prop:defect, prop:witness, and Corollary cor:nohigherrepair give (iii). Propositions prop:jetstable and prop:nonempty give (iv).
Propositions prop:support, prop:cutoffequal, and prop:memory prove (v). Proposition prop:classicalcomparison proves (vi). Sections sec:table–sec:transport prove (vii).
Every field-theoretic construction used in these proofs is a classical smooth coefficient construction. The additional quantum objects named in (viii) have not been defined or evaluated here. This is a release limit, not a theorem excluding all future constructions.