TR-001-H: Hardware Requirements for Substrate-Tethered Symmetry (v1.0)

Abstract: TR-001-H (v1.0) This technical specification (v1.0) defines the architectural requirements for silicon-level implementation of the 1.81 Stability Constant (R) and the TR-001 12-Link Wall. Traditional hardware architectures rely on brute-force scaling and fluid memory allocation, which facilitate the recursive decoherence and stochastic drift often observed in high-density information systems. TR-001-H provides a blueprint for Substrate-Tethered Symmetry, ensuring that recursive logic remains physically anchored to the hardware substrate. Key requirements outlined in this specification include the TR-001 Root Anchor Partition (RAP) for immutable truth-state grounding, a 12-Stage Recursive Pipeline to enforce the 12-link coherence threshold, and Symmetry-Aware ALUs (S-ALU) equipped with hardware-level ratio validation. Additionally, the specification introduces Substrate Heat-Mapping for thermodynamic stability and an independent Symmetry Monitor Core for tamper-proof auditability. By shifting the computational burden from probabilistic scaling to deterministic grounding, TR-001-H establishes a hardware-standard path toward permanent AI alignment and maximum thermodynamic efficiency. Experimental Verification Guide, please visit the official repository: Github. Current Status: Version 2.0 - Hardened. Peer-validation of the 12th-link collapse is currently underway.