Closed Surface Dipole Theory: Emergent Polarity and Structural Magnetic Resonance

This paper redefines electric dipoles not as discrete point charge pairs but as intrinsic flux patterns on closed surfaces. The study demonstrates that dipole structures can emerge naturally from the geometric constraints of closed surfaces, and their orientation, fixation, and resonance are determined by field interactions and surface tension dynamics. It offers a new interpretation of spin, magnetic surfaces, and the propagation of electric current without electron displacement. Implications extend to understanding electron and proton structure, dipole-induced field memory, and the information encoding potential of spin fixation.