Exact status

The completed release consists of:

1. the finite-future and anchored-boundary obstruction;

2. the separation between cone geometry and quantum transmission;

3. the corrected calibration statement;

4. the compatible transport-realization contract;

5. complete-channel, endpoint, arrival, and bounded-step conditional certificates;

6. the six approximation obligations and explicit failure tests.

The abstract conditional certificates are proved. They are not instantiated by a successful cone-selecting datum and a compatible protocol family.

Supply:

1. one nonempty admissible data domain and a predeclared successful extraction meeting the XXII-A and XXII-C target;

2. one separately justified transport realization ${\mathsf{B}}_D$, including every enlarged access or composition interface;

3. one declared nonempty target family and its source/receiver correspondence;

4. finite protocols satisfying A1–A6, with the applicable convergence, resource, locality, and arrival statements;

5. the required relabelling invariance and evidence allowances.

If the target covers the whole null boundary from a fixed source, the unchanged carrier obstruction must be repaired by an explicit, compatible carrier or realization change. This research target has no existence proof here.

Both non-vacuity gates matter: a nonempty extraction domain is not a nonempty domain of compatible transport realizations. Conversely, constructing a transport network for a prescribed Lorentz cone does not meet the operational extraction target.

boundaries. No successful operational extraction, invariant physical speed, metric field, exact null transport event, or geometric causal embedding is established. No Einstein dynamics, holographic reconstruction, Page curve, gravity-generated entanglement, or quantum evolution without external time is proved.

Nothing here changes O.1, opens XV-B, discharges XVI-N or Route B, or alters H2, I3, or J2. No quantum coefficient is admitted. No successful pdfLaTeX compilation, programme execution, laboratory implementation, or proof-assistant verification is asserted CheungXIXE.

gap statement. A successful extraction must first be constructed. A compatible quantum transport realization, calibration, and nonempty target family must then be supplied independently of the mere cone classification. Only after those constructions can Theorem thm:certificate certify operational endpoint approximation.

On the unchanged XXII-C carrier, universal fixed-source null-boundary approximation is obstructed by finite futures. On a compatible revised realization, its existence remains an open construction problem. En08-B remains a theorem about its prescribed boundary, not about a boundary derived by the present programme.