Self-Organization of the Matter

In this study, general relativity is applied to the physical problem consisting of the modalities of self -organization of the matter. Two limit cases are examined. First of all, the situation in which two bodies are confronted. It is shown that between the action produced by the gravitational force and the reaction carried out by electromagnetic force takes place an oppositional dialectic that leads to the formation of a contraction of Lorentz. Therefore the space occupied by the system decreases and this involves the approach of components and consequently a growth of the attraction produced by the electromagnetic force that leads to the fusion of the components. The situation is therefore considered in which numerous mass elements interact within a certain spatial dimension that is to say a thermodynamic set. Reading in terms of general relativity requires the presence of an expansional component of the internal energy that opposes the centripetal component.The expansional component causes the escape of particles from the system even in the absence of any external energy intake and the dialectical comparison therefore also produces in the isolated system state. It shows itself how the organization of matter is the product of the dialectical contrast of the fundamental forces and that everything is produced in the scenery of the world always follows this representation. Even human society, also man, contain contradiction in their structure.