Manuscript Em06-B@1 · Em06-B-v1.tex · section · 61e38859
Short predecessor and non-transfer ledger
Release, corrections, and retained boundaries › Short predecessor and non-transfer ledger · lines 1695–1785
{ {}1.14
| Comparison | Boundary retained here |
|---|---|
| Comparison | Boundary retained here |
| Em06-A; VII-A Em06A,CheungVIIA | The first coefficient is the starting object, but its signs, support, and scalar gauge descent are rederived. No second-order quantum result is inherited. |
| V; VII-B; VII-I summary CheungV,CheungVIIB,Dossier | An external classical metric is not a jointly quantized metric insertion. Scalar concentration neither repairs the sharp off-shell admission problem nor constructs an interacting product. Summary-only VII-I claims are not theorem premises. |
| VII-H CheungVIIH | Its free massless Wick-square susceptibility and contact ambiguity are different from the massive scalar-linear coefficient, its covariance, and its fluctuation CCR. The reported pairing is not relabelled as our variance coefficient. |
| IX-A CheungIXA | Fixed-support scalar estimates do not establish convergence in the separate boundary-sensitive carrier topology. No continuum sharp-insertion limit is inferred. |
| XI-G CheungXIG | The supplied frozen class obstruction is untouched. We construct no representative of that cubic two-metric-slot class. |
| XIV-H/I/J; XVI-N/O CheungXIV,CheungXVI | No full joint characteristic map, inherited quantum coefficient, or bulk BV restoration is supplied. No new resolution of H2, I3, or J2 is claimed; XVI-N's separate Route B is not discharged; O.1 is not closed and XV-B is not opened as an admission exit. |
| XVII-A; En02/Em03 and other finite models XVIIA,Dossier | Boundary reconstruction, packet channels, finite decoders, scheduled dependency, and other model diagnostics are non-premises. No map identifying their observables with the present coefficient is asserted. |
}
The XI-G comparison is especially simple at the level of types. Our construction has the form
after has been fixed classically. Its output is scalar-linear. It does not output the joint cubic kernel to which XI-G's obstruction applies. An expectation or variance estimate for this already-defined scalar operator cannot alter that class obstruction.
Displayed formulas in this passage
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