On the Real Nature of Electron Magnetic Fields

The modern quantum mechanical system has long adopted the electron 1/2 intrinsic spin magnetic moment model. It treats the electron as an elementary micro magnet with fixed north south poles and holds that such magnetism is independent of all motions of the electron and represents an innate property of the particle. This hypothesis artificially introduces an independent origin for magnetism. Its corresponding physical picture for 1/2 spin cannot be visualized concretely and contains fundamental defects. Based on the unified axiom of the Light Primitive Theory, this paper establishes that magnetism possesses only one single origin. The fundamental unit of magnetic fields is the concentric closed vortex field. All magnetic effects originate from the basic vortex field generated by charge perturbation and gyration driven by self locked gamma ray photons inside the electron. Self locked gamma ray photons move in closed loops at the speed of light and perturb space to produce charge. Magnetic fields are not generated directly by photon perturbation but are excited by the motion and perturbation of charge. Linear perturbation of charge only produces vortex fields surrounding the trajectory and does not yield intrinsic north south magnetic poles. The electron magnetic dipole effect observed in Penning trap experiments near absolute zero is not an innate intrinsic property of the electron. Instead, it is a far field equivalent representation formed by superposition of numerous concentric vortex magnetic fields produced by continuous perturbed gyration of charge attached to closed loop self locked gamma ray photons. Electron orbital motion around atomic nuclei, electron drift in wires and macroscopic magnetism of permanent magnets are all results of further co directional superposition of this fundamental concentric vortex magnetic field of electrons under different motion conditions. There do not exist magnetic fields originating from two independent sources. This paper conducts deductions combining phenomena including current carrying straight wires, solenoid coils, magnetization and demagnetization, orbital motion of valence electrons around nuclei and the approaching process of metal atoms for lattice formation. It theoretically refutes the intrinsic spin hypothesis of electrons, reconstructs a physical picture of homologous and hierarchical superposition of magnetic fields, and puts forward inferences regarding magnetic monopoles.