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AI-Driven Quantum-Secure Photon Communication Architecture Through the Solar Gravitational Lens for Interstellar Networks

Tutan Ghosh, Ira Nath

Published Jan 1, 2026• 0 citations
Publisher
DOI
10.2139/ssrn.7505858

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Interstellar probes must operate for decades with long communication delays and limited opportunities for repair. This study explains why anyon qubits—topological qubits built from non‑Abelian anyons—are promising for deep‑space autonomy. We describe how braiding encodes information non‑locally, providing intrinsic robustness against local noise, and how this can support quantum artificial intelligence (AI) for onboard decision‑making. We also discuss why deep space may help: low vibration, high vacuum, and strong passive cooling can reduce decoherence channels. We conclude that anyon qubits combined with quantum AI provide a credible route to secure, autonomous communication beyond the Solar System.