This project serves as the primary repository for the theoretical framework and structural design of the Dual-Hull Magnetic Reconnection Engine. Unlike traditional spacecraft that rely on internal combustion chambers, this novel interstellar architecture utilizes the physical hulls of the vessel as the primary magnetic generators. By orienting two heavily magnetized hulls with opposing polarity and binding them with high-tension structural oscillators, the system generates a unified, macroscopic magnetic envelope that completely wraps the superstructure. This rigid magnetic geometry allows the spacecraft to either passively capture beamed optical energy or actively undergo macroscopic magnetic reconnection. By rapidly fluctuating the structural distance between the opposing hulls, the system forces the magnetic field lines to squeeze and snap. This mechanism perfectly simulates a localized solar flare, violently accelerating ambient interstellar plasma to generate continuous forward thrust. The repository houses the foundational physics models, magnetic pressure mapping, and structural geometries required to achieve macroscopic plasma confinement without an internal engine block. All conceptual architectures, structural designs, and theoretical mechanics housed within this project are the original intellectual property of Lee Holmes (ORCID 0009-0002-8135-0645) and are legally claimed and protected under AI Euro Cover German law. Use of artificial intelligence in the formatting and mathematical typesetting of these concepts is formally acknowledged.
Lee Holmes (Thu,) studied this question.