Once the Maxwell's equation is generalized to be symmetric with respect to electricity and magnetism, where the magnetic monopole in static form is provided by neutrons and that of moving magnetic current is provided by north magnetic pole neutrinos, the enduring puzzle of quantum mechanical uncertainty becomes a natural consequence of this particular configuration of the universe. After all, it is the random gas like motion of the magnetic monopole neutrinos that create such uncertainty of elementary particles and the stability of atoms where the electrons do not collapse into the nucleus. The inertia of an electron which defines the mass of an electron is caused by the random magnetic monopole current in the background of the universe. By the same token, the mass of the hadrons are also defined by the inherent resistance of the hadronic particles motion due to the magnetic monopole neutrinos in space. In effect, electromagnetic effect of magnetic monopole neutrinos becomes the cause of gravitational phenomenon.
The original reason for the speculation of the existence of the weak interaction was from the observation of the beta decay of neutron into proton and electron. After all, it seems that the symmetric Maxwell's equations that incorporates the static magnetic monopole charge of neutrons and the moving magnetic monopole current from neutrinos provide the entire spectrum of the four fundamental forces in nature.
Gravitational phenomenon is caused by the density variation of magnetic monopole neutrinos in space. Lower density of the magnetic monopole region in space becomes the center of the gravitational attraction and vice versa. This conceptual picture explains the phenomenon of dipole gravity. The rotating hemispherical object creates the lower density magnetic monopole tachyonic neutrinos region in the direction of the wider flat side compared to the domed side of the hemisphere. Therefore, naturally the flat side of the rotating hemisphere or cone becomes the attractive side of the dipole, which is essentially the cause of the cause of jets and flat galactic plane and the rings of Saturn etc.,
The deeper mystery may be in the strong interactions. How tachyonic magnetic monopole neutrinos are related to strong nuclear force? The mystery in quark model of hadronic particles is in the fact that the adding up three quarks never match up with the actual mass of the proton or neutron. There is large difference in mass that can not be made up to explain the mass of the hadrons.
This brings back the case of calculating the quantity of dark energy in the universe. It turned out that this energy is provided by the bosonic interactions among the traveling neutrinos. The fast traveling tachyonic neutrinos produce electric field along their paths and these electric field interact among themselves to create enormous amount of invisible dark energy.
By remembering that gluons are also bosons, it is possible that the fast moving quarks inside the hadronic boundary can create magnetic field along their path inside the hadronic boundary since the quarks are electrically charged. Although it is a three body problem since there are three quarks inside the proton and neutron, the total energy may be calculable. The merit of this speculation is that at least it provides us with the conceptual idea where the extra (mass) energy is stored inside the hadron. In terms of the conceptual picture, the proton or neutron becomes a ball of random magnetic field created by the three fast moving quarks. This ball of constantly moving magnetic field could form a strong block for the magnetic monopole neutrinos to pass through which becomes essentially the cause of the hadronic mass.
Therefore, it is essentially the symmetric form of Maxwell's equation that conceptually explains the four fundamental forces of the nature.
