Orbital Edge Computing via Supra-Laminar Quantum Entanglement: Decentralized Vacuum-Cooled Architectures for Deep Space Processing.

Abstract This paper introduces a revolutionary framework for orbital quantum computing, shifting processing loads from terrestrial environments to deep vacuum orbits. Utilizing the CCristo System's architecture, we demonstrate that decentralized nodes cooled by passive thermal radiation to the cosmic background (approx. 2.7K) eliminate the energy overhead of traditional cooling systems. By synchronizing nodes through supra-laminar quantum entanglement, we bypass atmospheric latency and electromagnetic interference. This infrastructure provides a stable 100,000 Qubit environment, essential for real-time simulation of planetary-scale bio-cybernetic systems and interstellar navigation protocols.