← Method Lines of the Perfect Cuboid: FORC, GERES, SIO-X4, X4-DMSD, IGPC and TIFV / SIO-X4 · the start and the temporary closure

Method Lines of the Perfect Cuboid: FORC, GERES, SIO-X4, X4-DMSD, IGPC and TIFV SIO-X4 · the start and the temporary closure unsigned in the source

SIO-X4: Completion Fibers, Latent Body Freedom and the Global Generating Kernel — a Bounded Temporary Closure of the First Stage

P0: recasts the bounded Euler-brick data (the FORC P8 ledger, H_E ≤ 20000) as a face-generator hypergraph (6372 states, 624 hyperedges, 104 worlds) and defines a latent body gap that shrinks with height (minimum 25/10661508) while all 104 worlds stay blocked by the modular gate. P20: composes the certificates of P11–P19: (J_H, a fixed law basis) generates the tested tower for H_E ≤ 20000 (48 gate rows, 20,460 overlapping tests), stated explicitly as bounded structural sufficiency with no global claim.

The status line of P20 is 'TEMPORARY SERIES CLOSURE — BOUNDED': a temporary closure of the first stage, only for the 104 worlds with H_E ≤ 20000. The title 'Global Kernel Closure' and the closure rhetoric are too strong for a bounded set of 104 worlds, and the test count is inflated by overlapping audits; the results JSON path of P0 is '/mnt/data/…'. The other 19 files (P1–P19) are in the table below.

Connections · Connections

PreviousGERES · The methodology · Global Equivalence Reconstruction and Scaling: A World-Model Methodology from Floating Geometry to Arithmetic Representatives
NextX4-DMSD · The methodology · X4-DMSD: Exact X–Four-Edge Joint Constraint Domains with Decimal Multiscale Search

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.

Loading…