Published Orthogonal Replication, Strong-Core Switch Decomposition, Arm-Polarized Fracture Geometry, and Unique Flat-to-Polarized Transition of a Native Fracture-State Family in a Computational Longevity Discovery Pipeline (Trinity Claims #87-#100, 2026-03-23)

This version fixes the next published-layer mechanism milestone from the Trinity computational longevity-discovery pipeline. Claims #87-#100 establish an exact operational plateau for native fracture-state admission, orthogonal replication of the target TOP3A/RMI2/CCDC69 family in the published huMAP3 confidence catalog plus raw pair table, selectivity and explicit taxonomy of the analyzable published split-family background, the absence of any coherent non-veto branch, the position of the target family as the unique saturating apex of the coherent veto branch, a strong-core decomposition in which the target family becomes the unique strong-core switch case while the only other strong-core family remains buffered away from veto collapse, a unique published preserved-partial-veto outsider-arm signature, an explicit arm-polarized switch axis in which CCDC69 remains preserved, TOP3A becomes partial, and RMI2 becomes the veto gate, and a further flat-to-polarized state transition in which the target is the unique strong-core polarization amplifier while the only comparison strong-core family acts as a polarization damper. This package contains the milestone report, claim documents, phase reports, summary tables, family tables, source files, the fracture-aware generator source, and the published huMAP3 input-derived analysis outputs used for orthogonal replication and polarization analysis. This is a computational discovery package and not a completed causal validation study.