Scattering of light

Dispersion of light

The cólor B reaches a prism’s plane in any point P with velocity that varies from c - v to c + v, it depends on the position of B on its trajectory.

Due to the refraction, each part of the photon will pass through the prism with a different refraction angle, according to its velocity on the point P of the prism’s plane; it produces the dispersion of light. Thus, the cólores are responsible for the colors of the visible spectrum, it explains its name.

The photon represents only the spectrum of the visible light. It is not as Science predict, that affirm all electromagnetic radiations are measure by photons.

To other types of electromagnetic waves that are not visible (i.e: x-rays, Gamma rays, microwaves, etc.) the particle that constitutes them may have a diameter much smaller than photon’s diameter (light’s particle visible). It explains the penetration’s power of this minimum particle into solid, this phenomenon is impossible to be realized by photons.
The wavelength of the light l that reaches the various points of a prism is always the same; the thing that varies is the velocity that each cólor has when reaches the prism. The refraction angle varies due to this velocity; it also changes the colors of the spectrum of light. Thus, the formula "c = l.f", where “c” is constant to the science, changes to"(c + u) = l f" (1) which is defined as:

u = projection of tangential velocity v of the cólor in direction of photon’s displacement;
l = the wavelength of the colores´ arrival at a prism, it does not change due to the arrival’s velocity of the cólor.