This paper presents a theoretical framework connecting traversable wormhole engineering and a Quantum Magnetic Shield Device (QMSD) capable of supplementing Earth's weakening magnetosphere. The framework develops from foundational spacetime geometry through exotic matter requirements, dark matter energy concepts, and quantum computational control to a concrete engineering blueprint using niobium superconducting coils, bismuth diamagnetic field shaping, and real-time quantum computer alignment. The engineering principles underlying the QMSD are identified as foundational stepping stones toward the precision spacetime manipulation that wormhole creation would ultimately require. Author: Ege Can, Independent Researcher, Turkey, 2026.
Ege Can (Wed,) studied this question.