[AntonioLao]

Most people involved in the search for proton decay wanted to see a proton die a natural death. So far, they were disappointed. Why proton refuses to die remains a great mystery, to them. They accepted theories predicting that heavier mass particles should eventually decay into lighter ones. Since the quarks inside a proton are heavier than all their lepton’s counterparts they must decay into them. But this belief relies on a classical concept of mass. A relativistic concept of mass suggests otherwise.

Classical mass is based on a Newtonian definition that density is the ratio of mass over the 3D space volume occupied. However, relativistic volume must be expressed in 3D space and time. Since the direction of relativistic time is invariance heavier mass implies a time direction backward to the big bang singularity. Furthermore, relativistic length contraction also support heavier mass as the relativistic volume shrinks to zero. The key ingredient for these relativistic effects is the existence of light speed components inside the quark constituents of the proton. These components disguise the absolute angular acceleration of the repulsive primary superforce. See http://en.wikipedia.org/wiki/Proton_decay