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Abstract
The paper presents a theory of the μ-meson as a particle with spin 1/2 described by anomalous equations differing from the Dirac equations. Calculation is carried out of the intrinsic magnetic moment of the μ-meson, the cross-section for Coulomb and Compton scattering, the self-energy and the electrodynamic correction to the magnetic moment of the μ-meson. An explanation is given of the similarity of the μ-meson and electron at low energies and their dissimilarity at very high energies in electromagnetic interaction. The difference in the masses of the electron and μ-meson is determined by means of the same electromagnetic cut-off for both particles.
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