Author(s)

Yair Goldin Halfon

Mexico City, Mexico.

The Dirac equation γ_μ(δ_μ-eA_μ)Ψ=mc²Ψ describes the bound states of the electron under the action of external potentials, A_μ. We assumed that the fundamental form of the Dirac equation γ_μ(δ_μ-S_μ)Ψ=0 should describe the stable particles (the electron, the proton and the dark-matter-particle (dmp)) bound to themselves under the action of their own potentials S_μ. The new equation reveals that self energy is consequence of self action, it also reveals that the spin angular momentum is consequence of the dynamic structure of the stable particles. The quantitative results are the determination of their relative masses as well as the determination of the electromagnetic coupling constant.

Electron in Self Action, Electron-Dark-Matter Particle Mass Ratio, Analytic Description Dark-Matter-Particle

Halfon, Y. (2024) Unified Description of the Three Stable Particles in Self-Action Allows Determination of Their Relative Masses. Journal of High Energy Physics, Gravitation and Cosmology, 10, 185-196. doi: 10.4236/jhepgc.2024.101017.