Manuscript XX-D@1 · XX-D.tex · section · c83a526d

Complete domain ledger

Regularized Wick substitution and operation ledger › Complete domain ledger · lines 1770–1925

Back to manuscript
OperationSufficient condition or constructionStatus here
OperationSufficient condition or constructionStatus here
Classical local products in Smooth spatial Schwartz coefficients; ordinary differentiation and multiplicationDefined on
Distributional local productsNo opposite covectors at the same base point under D1Defined only when D1 holds; otherwise no raw product is assigned
Local free quadratic fieldsCompact microcausal kernel and declared Wick subtraction; smooth diagonal remainderDefined in the compact free Wick realization
First original rodCompact or spatial Schwartz ; decaying Newton solutionNative classical map defined
Second original rodSchwartz and Defined classically; absent from
Fixed classical coordinate pullbackDiffeomorphism, or D2 for a more general mapDefined on its stated classical domain
Field-dependent quantum pullbackEach Taylor-product coefficient must already be admittedOnly its displayed retained jet is represented; no exact operator substitution
Equal-time restriction of Null wavefront avoids the purely temporal conormal of the restriction mapDefined as a spatial distribution, not a smooth diagonal value
Raw diagonal contraction of Ordinary diagonal pullback fails; use subtraction or a separately specified extensionNo unrenormalized value assigned
Internal rod contraction near coincidenceSmooth equal-time times locally integrable , or Proposition prop:TaylorSubtracted local operation constructed
Internal rod contraction at infinityAssumption ass:internalConditional for the native representative
Compact-source Green response with one rodCausal support and Lemma lem:NewtonDefined, with inverse-square tail
Native insertion times a compact regular probe, through one contractionAssumptions ass:internal and ass:externalTheorem thm:native; hypotheses unverified for a selected representative
Two native lapse insertions through one contractionContinuous covariance on the required two-endpoint noncompact test domainUndefined here outside a separately verified domain
Two-rod covariance separationMust preserve the canonical inverse-distance termUniversal inverse-square bound excluded
Time-ordered products against compact regular probesUse the already normalized Feynman inverse as the single contraction, with its own noncompact estimates if neededCompact single-line operation available; native infrared extension not inferred
Products of several propagator distributions, higher Wick contractions, or interacting graphsJoint wavefront, extension, and infrared analysis for the actual graphNot constructed by the one-contraction theorem

Nearby in this section