My whole investigation into the photon started by the observation that gravity affects light. For Morton Spears' theory of gravity to be right, photons had to be made of similar stuff as ordinary matter, and this similarity turned out to be key to understanding a whole range of physical phenomena, including magnetism.
The investigation proved to be extremely successful. Many things were explained. However, the electric force seemed very difficult to include into the story. The two orb model of the photon that I arrived at did not easily accommodate for any force in addition to the magnetic force, and the suspicion started to grow that the electric force is not in fact carried by the photon.
However, the electric force is almost certainly carried by particles. The multiplication of charge in Coulomb's law is a clear indication that electric force is carried by particles. The same can be said about gravitational force with the multiplication of mass in its formula.
The magnetic, electric and gravitational forces are all carried by particles that produce over-pressure and under-pressure when they collide.
This in turn rises another problem regarding the assumption that all forces are carried by the photon.
If force is communicated by the collision of particles, how can the photon both carry the gravitational force and be affected by it at the same time? It seems extremely strange to say the least.
What seems more likely is that the electric force is carried by a different particle. That particle is almost certainly the neutrino which we have mentioned only in passing, and which we have assigned no important role.
No comments:
Post a Comment