Manuscript XII-E@1 · XII-E.tex · abstract · 9471ea56
Abstract
Front matter · lines 151–185
XII-D admitted the completed density-weighted cubic insertion to XII-A's carrier and proved its signed plateau variation. We assemble the second-order relational coefficient that XII-D named and withheld, on the scalar-linear sector: X-A's scalar completion with its second metric slot filled by the gauge-fixed gravitational coefficient generated by the actual source.
Two corrections to the production brief are proved rather than assumed. With XII-D's forcing convention , the gauge-fixed second-order metric coefficient is , so the admitted insertion enters the relational coefficient with coefficient : . The literal sum with carries a doubled two-jet defect that survives every plateau hypothesis; XI-E's evaluated witness detects it. Moreover the slot is determined by the metric, so its two-jet row is the co-transformation; a separate co-transformation row would be the double count.
The exact plateau variation is the sum of a gauge-fixing companion and an Einstein row. The companion is displayed with its factors and , lives above the ramp, and vanishes under the causal plateau condition. The Einstein row is a compact plateau test of ; on the gauge-fixed shell it is a compact test of the auxiliary field, , and the carrier does not delete it. A tree-composition lemma proves that the scalar-only completion kernel is compact with a covector-sum-zero bound, so and the enlarged named sector is ordering-stable.
No quantum retarded product of , interacting differential, state, loop, sharp-width limit, or Einstein-jet repair is constructed. XI-G's exclusion and XII-C's empty jet are retained.