← MCC-OE: Measured-Construct Closure and Observable Exhaustion / MCC-OE-17 · Supersession and a precision artefact

MCC-OE: Measured-Construct Closure and Observable Exhaustion MCC-OE-17 · Supersession and a precision artefact Neo.K (as signed)

Six-Sliver Structural Exhaustion, Vertical-Pair Supersession, and Precision-Stable One-Sided Remainder Audit: From Five-Sliver to the Six-Wall / Three-Pair Secondary Atlas

Supersedes 'five slivers' by six slivers in three mirror pairs, states a structural 'Six-Wall Secondary Localization Theorem' (small ρ, non-explicit radius), and shows that the float64 'C↓ ≈ 600 threats' vanish at 80-digit precision (corrected maximum 3.598 over 2000 points).

Paper 17 openly supersedes its own earlier structure (five slivers → six) and uncovers a precision artefact. The paper states the superseded parts and the precision artefact itself; the 'theorem' is structural, with no explicit radius.

Connections · Connections

PreviousMCC-OE-16 · Correction: invertible sliver coordinates · Sliver-Quotient Soundness Correction and Eight-Chamber Arithmetic Closure: From 'Continuous Dimension Compression' to 'Invertible Sliver Coordinates plus a Discrete Topology Quotient'

NextMCC-OE-19 · Withdrawals and corrections · Kink-Safe ρ Bridge, Normalized Slope Gate, and Component Taylor Remainder: Rejecting the Raw Hausdorff Bridge, Correcting the C² Curvature Assumption, and Reducing the Remaining Tube Closure to an Envelope/Topology Remainder

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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