Manuscript Hawk02-A@1 · Hawk02-A.tex · section · 7fbae745
Decision ledger and exact ending
Decision ledger and exact ending · lines 1666–1749
{}1.15
| Target | Supplied status | Required next object |
|---|---|---|
| Target | Supplied status | Required next object |
| Fixed-background emission | Recorded in Hawk01-A and Em03-A | A state/geometry comparison theorem with an explicit error topology. |
| Quasistatic mass ledger | Diagnostic energy balance | A sourced dynamical geometry, constraints, and a controlled remainder. |
| Near-horizon pairs | Not derived by the supplied emission law | A specified partner algebra and assumption-by-assumption pair-state comparison. |
| Information-transfer channel | Finite phenomenological completions | A derived or explicitly assumed complete map, not a spectrum fit. |
| Residual leakage | Exact criterion available; normalization fixed here | A bound for the complete physical complement. |
| Renormalization | Partial graph and kernel interfaces | A new source ledger; complete relevant Ward/BV and regulator obligations. |
| Characteristic composition | XIV-I internal amplitude constructed; full map unresolved at I3/J2 | Full joint map, descent, section, remainder, transverse control, contacts, and output theorem. |
| Endpoint | Not established for realistic evaporation | An endpoint isometry or a stopping ledger retaining every residual. |
| Arbitrary-input recovery | Conditional on a complete transfer interface | Theorem thm:main, after its physical hypotheses are verified. |
| Executable recovery | Not supplied by information-theoretic existence | A decoder schedule with access, time, memory, and implementation errors. |
has been completed. Hawk02-A proves the sequential comparison rule, exact and approximate residual-leakage certification, stability of the certificate, a conserving thermal nonidentifiability construction, a pair-entropy interface, and explicit residual-accounting tests. These are mathematical results on their declared domains.
remains open. The supplied landmarks do not instantiate a controlled quantum-gravitational collapse-to-endpoint model producing the geometry, emission process, and complete code-transfer channel. This is an absence of that derivation in the supplied material, not a theorem excluding every quantum-gravitational model.
The documentary endings remain version-qualified:
XIV-H's H2 stop is retained as its historical release boundary;
XIV-I's named I2 internal amplitude is constructed;
the full characteristic map remains unresolved at I3/J2.
The required admission line
is not asserted.
XV-B's downstream admission exit is not opened.
XVI-N's stated prepared-insertion obstruction is not discharged.
XVI-O's bulk O.1 remains NOT_CLOSED.
No microscopic black-hole Hamiltonian, realistic endpoint, all-order BV/ST identity, finite-parameter ultraviolet completion, gravity-generated-entanglement experiment, or spacetime-emergence theorem is claimed. No compilation, numerical execution, or machine verification is asserted.