4.4    THE ELECTRON

It is proposed that an electron is formed by three elementary particles, one positive and two negative, disposed in a linear configuration such that the positive one is in the center and the negatives at the extremes.

In this manner each negative particle “sees” a positive net charge because the positive one is nearer (the electric field of the nearer positive is stronger). Then, the same phenomenon of magnetic attraction between opposite charged particles applies.

It is proposed here that the formulas that are valid for the equilibrium of the photons are valid for the equilibrium between the tree particles of the electron.

The three particles are in equilibrium at a distance λ/2 and an Electromagnetic Potential P_EM will exist that constitutes its Mass Energy:

P_EM = E_m = ½ mc²

where:

      m is the total mass of the electron

m = m₁+m₂+m₃ = 3m_j

The electron verifies the Corrected De Broglie formula:

r = λ/2

λ=h/mf(v_A)

A free electron has a well defined mass, experimentally there is no electron mass variation detected nowadays. Then we must assume that for free electrons γ has a fixed value and we can call it γ_e.

The special value γ will be treated with more details in Section 5.1.

A positron (the anti-electron) has the same structure of the electron but positrins and negatrins are interchanged. It is a positrin-negatrin-positrin sequence.