Charge and Magnetism as Probes of Space-Phase: An SP3 Reinterpretation of Classical and Modern Electromagnetism

Charge and magnetism have been defined, measured, and exploited for centuries, fromearly electrostatics and magnetism to Maxwellian field theory and modern quantumelectrodynamics. Throughout this development, experiments were interpreted under theassumption that space itself was a passive, inert backdrop through which electric andmagnetic effects propagated. In this paper, these same experimental traditions arereexamined through the SP3 (space-phase–structured space) framework, which treatsspace as an active, conditionable medium. It is argued that classical and modernexperiments in electricity and magnetism simultaneously explored the behavior of spacephase, revealing its capacity to be polarized, circulated, stressed, and to carry memory.Electric charge is reinterpreted as a localized asymmetry in space-phase conditioning,magnetism as dynamic circulation of space-phase driven by charge motion, andelectromagnetic radiation as structured transport of space-phase energy. Thisreinterpretation does not negate the empirical success of electromagnetism, but clarifieswhat those experiments were fundamentally interrogating all along: the responsive,structured nature of space itself.