← MCC-OE: Measured-Construct Closure and Observable Exhaustion / MCC-OE-10 · A negative result: old-certificate reuse is zero

MCC-OE: Measured-Construct Closure and Observable Exhaustion MCC-OE-10 · A negative result: old-certificate reuse is zero Neo.K (as signed)

AREF / Direct Certificate Materialization and the Erosion-Lower-Bound Barrier: From Zero Coverage by Old AREF Parent Reuse to a Real box_lower Replay, and Why the B01 Hard Core Needs a Dependency-Preserving Direct-Area Compiler

An openly negative result: the five old Cycle-17 AREF parent boxes are disjoint from the B01 tube (0% reuse coverage); the finite-witness box_lower has a discretization floor of 1e-5 to 3e-8 against a B01 hard-core margin of only about 1e-9, so a dependency-preserving direct-area route is required. Official coverage stays at 83.0642%.

The old AREF reuse route covers none of the B01 hard core; the direct-area route needs a new, dependency-preserving compiler. An openly stated failed route, with no inflation.

Connections · Connections

PreviousMCC-OE-06 · B01 chart-free boundary cover · B01 Chart-Free Boundary Threat Cover: The Hausdorff–Steiner Leaf Certificate, a Prototype HSL Cover of Over Half the Volume, and Adaptive Multi-Route Certificate Closure
NextMCC-OE-11 · The renormalized residual · Dependency-Preserving Direct-Area Compiler and First-Order Renormalized Residual: From a 10⁻⁹ Raw Margin to R₂^fin ≈ 0.106, Rewriting the B01 Hard Core as a Conditionable Finite-Radius Residual Problem

This is a full-text translation of the Chinese source, which remains authoritative for its research claims. Translation is not independent mathematical verification and does not upgrade the original evidence level.

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