Manuscript XX-E@1 · XX-E.tex · theorem · cf7a8f40
Theorem: XX-E mathematical release and native Q4 verdict
Exact application verdict · lines 1518–1580 · proof included or linked
XX-E@1#thm:release
For the identical printed original-rod variant, this manuscript proves:
the output-density identification restoring the XX-A smeared target;
the complete coupled classical Ward calculation and the exact compact-source-cutoff residual;
the triviality of compact gauge-fixed residual parameters and the failure of the naive compact gauge translation on the free equation quotient;
the central-second-jet derivation test;
the full spatial Newton images of the displayed contact family and the classical Ward images of the declared comparison correction family;
the conditional simultaneous actual-image criterion for insertion and subsidiary repair;
formal classical-symbol recovery, corrected product-order bookkeeping, and the identical-prescription refinement counterexample.
The supplied XX-A–XX-D data do not verify Definition def:package or Assumption ass:repair. In particular, no actual native quantum breaking , complete admissible quantum image map , or solution of their cancellation equation is constructed.
Native Q3 therefore remains open. Under the revised prerequisite rule, native Q4 and Q5 are unentered and unclosed. No universal nonexistence theorem for a future completion is asserted.
Proof. Item (i) is Proposition prop:density. Item (ii) is Theorem thm:classicalWard and Theorem thm:cutoff. Item (iii) is Proposition prop:residual and Theorem thm:translation. Item (iv) is Proposition prop:central. Item (v) is Theorem thm:contactimage and Proposition prop:counterimage. Item (vi) is Theorem thm:repair. Item (vii) follows from Lemma lem:formal, Propositions prop:symbol and prop:productorder, and Theorem thm:escaping.
The contact family was not proved exhaustive or quantum-admissible. The conditional repair theorem assumes a constructed quantum defect and operation. The ordinary symbol calculation does not supply them. The attached XX-D explicitly retains unverified native infrared hypotheses. Thus none of the new mathematical results discharges the absent application data, and the stated gate ending follows.