Scope
Chapter “The admissibility frontier”, section “capture does not need a sink”. This is assertion 3 of 3 in that section.
Expanded claim page · assertion 3 of 3
Works after a named field, coefficient, boundary condition or control is supplied. constructs a model, mechanism, calculation, protocol or intervention.
Exact assertion
The graph part of the missing source has now been computed and correctly normalized. The lower AZ-055 pole, an incoming energy-space packet, all eight complex bond-modulation overlaps and a finite acoustic rail evolve under one Hermitian Hamiltonian. For the declared common bond derivative \(D=0.2\), the 96-bin/240-site calculation gives a capture probability of \(1.0892761\times10^{-3}\) and a conditional emitted-phonon energy of 1.2182162; the preceding refinement changes the probability by only 0.258%. Norm, energy and backward phase recovery close below \(1.4\times10^{-9}\). The modest sub-percent result is more informative than the earlier strong two-level benchmark because continuum normalization is no longer being mistaken for a discrete coefficient. The look-here calculation has now narrowed to a named material or engineered device: measure bond-resolved \(dt/du\), masses and springs, then test thermal and multiphonon convergence. Success could improve phonon-assisted state preparation and boundary capture engineering; failure would locate the missing disposal channel precisely.
The construction is admitted only after the named additional input is supplied. The page records the dependency instead of hiding it inside the conclusion.
Chapter “The admissibility frontier”, section “capture does not need a sink”. This is assertion 3 of 3 in that section.
Identify the named external input and verify that the construction follows after it is supplied.
constructs a model, mechanism, calculation, protocol or intervention.
Show that the named input is inconsistent, insufficient, unavailable, or fails to imply the claimed construction.
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