The Wave Theory of the Field

Abstract

As a substitute for the current hypothesis of space-time continuity, we show the nature and the characteristics of a Schild's discrete space-time. With the wave perturbations of its metrical structure we formulate the working hypothesis that all subatomic particles are elementary sources of spherical waves constituting on the whole the mass fields, the electromagnetic and the nuclear field we attribute to the particles. The explicative effectiveness of the new wave unification between quantum mechanics and general relativity is shown by a wave interpretation of three experimental phenomena that lie different physics: astrophysics, optics and quantum physics. A further use of wave Compton effect leads us to discover a mechanism of wave resonance which is able to verify the possible existence of a source of elementary waves that shows a wave model of electron and all the particles. The wave nature of masses and the generalized effect of a Relative Symmetry Principle leads us to consider the inertia as a local consequence of the wave structure of bodies. The same changeable wave model used for explaining inertia it is also valid to show a quantized gravitational interaction and the wave nature of gravity.