Magnetism as Inverted Buoyancy: Contained Field Energy Above Depth

This paper presents a geometric reinterpretation of magnetism as the inverse of buoyancy. Rather than viewing magnetism as a force generated by materials, it is described as a field-level tension seeking resolution. Objects are drawn into magnetic fields not through pull, but through structural compatibility — completing a compressed geometry in space. Just as buoyancy rejects mismatched density, magnetism contains and aligns compatible structures. This framework reframes magnetism as stored geometric energy, offering a new lens for understanding field dynamics, containment, and motion without relying solely on material-based explanations.