Abstract
Within the domain of an model of matter it is supposed in this article that quantum mechanical probability waves are the observed relativistic effects of (auto-) confined waves. A relativistic coupling in the energy domain of the continuity equation results in the $chrOdinger wave equation, while an extended coupling including the momentum domain (observed as spin n) results in the Dirac equation. It is demonstrated in Sec. 3 that the (relativistic) Dirac equation presumably originates from the Maxwell equations. Within the scope of this model of matter, light, ~ or more generally, electromagnetic radiation, ~ is regarded to be the building material of matter, which is effectively an inversion of the idea that light consists of elementary particles (photons). This postulated concept of inversion is extended to particles with a finite rest mass. The stability conditions for self-confinements are obtained by the gravitational or electromagnetostatic forces or a combination of them, controlling the confinement.
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