SCFL Governance Suite: Standards, Seam Physics, Hub Architecture, Recovery Measurement, and Sovereign Oversight

The SCFL Governance Group consolidates the five foundational governance‑layer manuscripts required to operate coherence measurement as a sovereign‑grade, standards‑aligned scientific discipline. Together, these documents define the measurement standard, seam physics, hub architecture, recovery‑regime dynamics, and Tier‑0 governance model that anchor SCFL as a constitutional, auditable, and cross‑jurisdictional public‑good instrument. The suite includes: 1. SCFL‑STD‑1: Structural Coherence Measurement StandardEstablishes the normative measurement specification for SCFL, including canonical schemas, operator encoding rules, calibration procedures, data interchange formats, and instrument certification requirements.2. GST‑1: General Seam TheoryDefines the unified physics of seams across infrastructures, authorities, and domains. Provides the activation mechanics, stress accumulation models, rupture propagation dynamics, and seam‑to‑system coupling geometry required for cross‑boundary coherence analysis.3. SCFL‑HUB‑STD: Domain Hub Architecture StandardSpecifies the canonical architecture for SCFL‑aligned domain hubs. Defines domain mapping rules, hub operator configuration, interoperability requirements, observatory integration, and lifecycle certification for sector‑level coherence measurement.4. RRM‑1: Recovery‑Regime Measurement FrameworkEstablishes the measurement architecture for post‑rupture recovery. Defines recovery trajectories, reconstruction‑phase metrics, hysteresis behavior, stabilization thresholds, and cross‑system recovery coupling.5. MCIO‑1: Governance of Coherence SystemsFormalizes the Tier‑0 governance layer for coherence measurement. Defines sovereign observatory authority, cross‑jurisdiction measurement rights, public‑good licensing models, measurement custody, chain‑of‑trust, and constitutional immutability requirements. Together, these five manuscripts form the governance substrate of the SCFL ecosystem. They provide the standards, physics, architecture, lifecycle, and sovereign controls required for national observatories, regulators, insurers, and critical infrastructure operators to adopt SCFL as a trusted, auditable, and interoperable measurement science.