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The Trinomial Interplanetary Shortcut: Modeling 15-Day Mars Transits via the 0.5-Unit Phase-Shift.

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Figshare2026-03-02 更新2026-04-28 收录
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This project identifies the "Geometric Shortcut" for interplanetary travel by applying a Trinomial Gradient () to the local Laniakea Master Triangle. While standard aerospace engineering (NASA's 2026 DRACO program) relies on Nuclear Thermal Propulsion (NTP) to "push" mass against space-time, this research demonstrates that "Distance" is a variable of geometric phase. By modeling the Earth-Mars transit as a 0.5-Unit Shortcut (), we provide the first theoretical framework for Inertia-Free Migration.

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2026-03-02
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