Monopole physics

Monopole physics is the study of magnetic monopoles, particles whose existence was theorised on Old Earth as an extension of Maxwell's equations and now described in terms of topological solutions to field equations, such as those found in Yang-Mills theories.
These particles, representing isolated magnetic charges, open pathways to applications that surpass the capabilities of traditional electromagnetism. Thanks to breakthroughs in quantum field manipulation and synthetic material design, monopole generation and control have become precise, scalable, and ubiquitous.

Applications includes:

• Energy systems: with lossless magnetic energy storage and efficient energy transmission
• Propulsion system: by harnessing the forces between monopoles and engineered field configurations, spacecraft propulsion could achieve higher efficiency and thrust.
• Quantum computing: monopoles unique properties make them robust against decoherence, even on very large (comparatively) timescales.