A Asymmetry Intertwined photon movement color formation and the location of G in the atom

Abstract

This article raises the hypothesis that electromagnetic waves are interpreted by retinal cells in a more sophisticated way than current explanations. The experiment concluded that the cones of the retina not only interpret the light according to the length of electromagnetic wave, but also interpret the colors by phase difference of electromagnetic waves. The results indicate that the photons of light are dual quanta or double packet of energy of in movement a sinusoidal. It was also concluded that the production of these packages takes place through the spiral-shaped beams and that the speed of these packages could be found by a fractal geometric relationship. It was also concluded by theorizing that the production of these packages takes place through spiral-shaped light beams and that the speed of these packages can be determined by a fractal geometric relationship. The structure of two photons in mutual transverse motion would require photons to be produced by a particle and its antiparticle, producing a symmetrical curved trajectory at the moment of production, leading to the application of the Reimann Tensor. The photon pair would obey the Newton-hooke Law and the Law of Relativity in certain respects. This hypothesis locates the force of G within the atom.