Published November 15, 2025 | Version v1
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Stabilized Quantum Harmonic-Field (SQHF) Drive. A Feasible Pathway to Subluminal Interstellar Propulsion

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The Stabilized Quantum Harmonic-Field (SQHF) Drive represents an advanced subluminal propulsion system designed to enable crewed interstellar missions at velocities up to 0.99c. Evolving from prior concepts such as the Quantum-Anchored Harmonic Cyclotron Drive (QAHCD), the SQHF integrates a dynamic Casimir lattice within a metamaterial plasma-confinement torus to achieve Phase-Locked Vacuum Resonance (PLVR). This innovation stabilizes warp gradients using positive-energy metrics, powered by an aneutronic p-11B fusion core. Mathematical modeling demonstrates efficient metric distortion without instabilities, with simulations confirming reduced proper times for missions to Proxima Centauri. Feasibility is projected for 2075-2100, leveraging advancements in fusion, metamaterials, and quantum control systems.

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References

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