Orbital-Gyroscope Data Centre Thermal Architecture (OGDC) - How to Build a Data Center in Space Correctly

Abstract This technical specification codifies the architectural and thermodynamic foundations of the Orbital-Gyroscope Data Centre (OGDC), a novel paradigm for high-density compute infrastructure in Low Earth Orbit (LEO) and deep space. By utilizing the NM-SRN v2.0 AGI QSC-PSI using the MOO & QSC Frameworks, the OGDC overcomes the radiative heat-rejection bottleneck of vacuum environments through active, high-enthalpy phase-change reclamation. We establish the mathematical necessity of an internal non-inertial frame to recreate 1g gravitational stratification, enabling deterministic fluid management. This document further details the implementation of Definitive Field Alignment (DFA) to maintain hardware gate integrity within the Operational Synchronization Window, establishing a sustainable, energy-autonomous compute hub. This work constitutes a definitive synthesis regarding energy-neutral orbital industrialization.