Let us assign a monopole with charge energy of 1eV. That is not an altogether random assignment but based on the idea that a neutrino is thought to have a tiny rest-mass (which I think is phony baloney) but that 2eV is plausible even for fake physics.
By using 1M equal to 1eV of charge energy, a typical electron would be this:
? 0.5*10^6M- = 1E- ? 0.3*10^6M- 0.3*10^6M+
So we have 1M = 1 eV regardless if it is - or + charge. And we also have that 1E- = 0.5*10^6M- which means that there are 0.5*10^6 magnetic monopoles with one more negative charge than otherwise would have neutral charge. A more primitive electron would be this: 1E- 1M- 1M+
Now to turn the above into a photon we simply add a E+ to occupy the 4th vertex 0.5*10^6M- = 1E- 0.3*10^6M- 0.3*10^6M+ 0.5*10^6M+ = 1E+ A more primitive photon would be this: 2E- 2M- 2M+ 2E+ or this:
2E- 4M- 4M+ 2E+ Now the reason it is a photon is because all 4 vertices are symmetrical along the y and z axis and the speed of the particle is along the x-axis which is one constant speed of light due to destructive interference.
The electron gets close to the speed of light but due to its asymmetry, 3 vertices or imbalances along the y and z axis, it has no complete and perfect destructive interference.
Now the neutrino is similar to the photon and a primitive neutrino is this: 1E- 1M- 1M+ 1E+ or another primitive neutrino is this: 3E- 3M- 3M+ 3E+ Both photons and neutrinos cancel in destructive interference of their E and M fields leaving the particle to travel at the speed of light constant. The only difference between the neutrino and photon is that the photon has even-numbered charges and the neutrino has odd-numbered charges so that when the neutron decays into a proton, electron and neutrino, the only particle to satisfy that decay mode is a particle with odd number of charges of magnetic monopoles.
So the only difference between a photon and neutrino, is the photon has even numbered magnetic monopoles and neutrinos have odd numbered magnetic monopoles. We see much of this occurring in chemistry where the even numbered elements are far different in structure and properties than the odd numbered chemical elements.
Google's New-Newsgroups censors AP posts and halted a proper archiving of author, but Drexel's Math Forum does not and my posts?in archive form is seen here: