What question did this study set out to answer?

The aim is to explore how quantum DNA swarms can enhance communication and resilience in cislunar networks for the Genesis Mission.

March 21, 2026Open Access

Quantum DNA Swarms: Scaling to 11D Cosmic Models and Cislunar DTN Networks for the Genesis Mission

Puntos clave

The aim is to explore how quantum DNA swarms can enhance communication and resilience in cislunar networks for the Genesis Mission.
Scaled QAES-stabilized phonon bubbles to 11D cosmic models
Integrated Delay/Disruption Tolerant Networking with DNA swarms
Developed framework combining QI-MARL energy loop and NASA DTN protocols
Conducted simulations of cislunar conditions
Achieved 98% link success for secure communication across intermittent space links
Maintained phonon-photon coherence in DNA swarms under simulated conditions
Integrated multiple advanced technologies for improved network resilience

Resumen

Extending our March 18, 2026 preprints (Zenodo Records 19093596, the “in Action” paper, and the new in-vitro protocol), this work scales QAES-stabilized phonon bubbles to 11D cosmic models (Carbó-Dorca simplices) and integrates them with Delay/Disruption Tolerant Networking (DTN) bundles for cislunar resilience. We demonstrate how DNA swarms maintain phonon-photon coherence across intermittent space links, enabling secure quantum communication and sensor networks for the Genesis Mission infrastructure. The framework combines our QI-MARL energy loop, QAES classification, and NASA DTN protocols to achieve 98% link success in simulated cislunar conditions.

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