Manuscript Hawk04-D@1 · Hawk04-D-v1.tex · section · 39b16f67
Corrected targets
Prediction targets and a reproducible next-calculation plan › Corrected targets · lines 2142–2201
Hawk04-D@1#tab:targets
{}1.12
| prediction targets. An experimental signature is a test of the specified combined model, not a consequence of typing alone. | |||
|---|---|---|---|
| Target | Proved finite ingredient | Additional input | Defensible test |
| Target | Proved finite ingredient | Additional input | Defensible test |
| Cutoff lifetime | Sequential energy calibration; ODE and perturbation bounds | Flux/time normalization, greybody scaling, species, validity cutoff | Luminosity or lifetime data compared with the stated bracket, including detector and population assumptions |
| Entropy turnover | Selected entropy examples and the joint-pair consistency test | A specified state history and microscopic entropy calculation | Entropy measurements in a calibrated analogue; not automatically a decoder test |
| Late quantum recovery | Constant-complement criterion and finite Choi/decoder certificates | Complete residual audit, coherent collection, feasible quantum decoder | Referenced quantum-return tests with a dimension-explicit confidence certificate |
| Terminal energetic emission | A terminal instruction is well typed; readout-and-drop leaves the old radiation channel unchanged | Below-cutoff dynamics, charged energy budget, spectral and detector model | A specified energetic distribution or correlation; no burst follows from Enter rate |
| Information-free endpoint | Exact or approximate endpoint complement certificate | Same-model preparation, dynamics, access, and endpoint limit | Recovery or complete residual-independence tests in a controlled model |
| Absence of physical remnants | No finite channel identity proves it | Microscopic endpoint ontology, stable-sector audit, production and detection model | Statistical exclusion of a stated remnant class, not universal absence from a null observation |