Here below some of the key points presented in the book:
1) Does exist a a scalar field that is the four divergence of the four electromagnetic potential
2) Charge density is the partial time derivative of the scalar field
3) Current density vector components are the partial space derivatives of the scalar field
4) D’Alembert equation can be applied to both scalar field and charge density
5) Electron mass is the angular frequency of a rotating elementary charge along a circumference which length is equal to Compton wavelength
6) Electron charge follows an elicoidal motion that can be encoded with a single spinor of Cl(3,1).
7)The concept of relativistic mass is easily derived from the electron charge helicoidal motion.
8 ) The electron charge is distributed on the surface of a sphere that follows a circular or helicoidal motion.
9)The value of the elementary charge is equal (in natural units) to the square root of the radius of this sphere with the radius of the charge orbit
10) The electron spin 1/2 is the quantized component along an external magnetic field of electron angular momentum (=hbar)
11) The elementary charge e is always associate to a quantized magnetic flux phi=h/e
12) The electron charge has a pure electromagnetic momentum eA equal to its mass in natural units
13) Newton law F=ma can be easily explained inside the theory framework
14) The charge moves at speed of light
15) Heisenberg uncertainty principle has a simple geometric interpretation
16) Ultradense hydrogen (and consequently AHE and LENR experiments) may be explained with the formations of pseudo-neutrons where the proton is at center of electron Zitterbewegung charge orbit
17) The electron model suggests a pure electromagnetic-geometric interpretationof Proca, Klein-Gordon, Dirac and Aharonov-Bohm equations