D10Z-HYDROCARBON-TTA: Algorithmic Governance for Managed Oil Transition in Carbon-Constrained Economies

Domain adaptation of D10Z-MIZAN-TTA architecture to hydrocarbon phase-out governance, introducing inverted scarcity paradigm: managing demand destruction of abundant resources. Defines L0-HC physical attestation layer with satellite oracle integration (VIIRS/NOAA flare validation, Sentinel-5P methane detection) and dual-signature governance (operator + regulator co-attestation). Introduces Φ-HC geometric-mean coherence metric (6 components: geological resilience 0.20, operational efficiency 0.25, water sustainability 0.15, infrastructure integrity 0.15, economic viability 0.15, regulatory stability 0.10; Φ_min = 0.70), first non-additive Φ formulation in D10Z corpus with veto property. TTA-HC implements 5-state FSM with 4 policy groups and 13 sub-policies covering operational sustainability, energy security, managed transition, and international coordination. Features 5-link transitive chain (field_id → facility_id → production_lot_id → attestation_hash → decision_window), 8 SRL mappings, 6 invariants with explicit falsifiers, and EU CBAM compliance framework. Reconciled with canonical MIZAN CORE (Master Index I.1.1). Registered as PHI-HC-001 in Φ Canonical Registry v1.1.