Electromagnetic nature of nuclear energy

It is believed than the nuclear interaction is due to a mysterious "strong force" alias LQCD whose fundamental laws and constants are unknown. Its origin comes from the belief that a nucleon is like an atom. The problem is that the nucleus having no nucleus, the nucleons cannot orbit around nothing.



I have solved the problem by considering the nucleus to be static, in a way similar to that of a crystal instead of an atom. Therefore, the electromagnetic interaction works: there are two forces: the attractive electric force between a proton and a not so neutral neutron and the repulsive force between their opposite magnetic moments. The graph below shows the electromagnetic potentials of the deuteron ²H and the alpha particle ⁴He. The binding energy should appear at a minimum of the curves. Unfortunately, there is only a horizontal inflection point due to the Coulomb singularity. Nevertheless a good precision is obtained:



The strong force theory is unable to produce such a result because its fundamental laws are inexistent.



For more information see my paper for the deuteron:

"Electric and Magnetic Coulomb Potentials in the Deuteron":

http://ift.tt/1vw4OhW