Colores wave, photon and light duality

The electromagnetic wave or cólores wave

- Chemical components of atoms.
- Temperature, etc. ==

The photon

The photon is composed of two subatomic particles A and B, and each one of them denominated by myself of “cólor”.
The cólores move around its own gravity center O, on a circle orbit on its emission plan xz, with tangential velocity.

The light duality

The combination of this velocity motion v with the translation motion of the photon in a axle x of the surface xz with velocity c will describe, to an observer having a light source as a reference point, it means, “at a rest” state when related to photon, a motion that describes a trajectory, in a wave shape, for each one of these cólores.

Cólor wave A

Cólor wave B

Electric and magnetic fields of the photon

It exists two electric fields E in the photon, one for each cólor, in against direction, which modulus are constant and identical, their projection are modified in the axle z with cos a.
At the same way, it exists two magnetic fields B, one for each cólor, their modulus are identical, constant and perpendicular to the plane of the cólores´orbit, but in against direction. Their projections in the y axle and cos a are variable.

Variation of the cólor´s electric field

In the figure above is represented the cólor´s movement over the x axle, and over the z axle is represented the electric field’s projection changing from –E to +E.

Variation of magnetic field of the cólor

In the figure above is represented the cólor motion over x axle, the y axle is the one that determines the magnetic field projection to the mentioned cólor.

In the figure above is represented the electric field projection of both electric field and magnetic field of the mentioned color over z and y axles, respectively. You can observe that these projections oscillate, in other words, when the electric projection is maximum, so is magnetic; when one of them is annulated, so is the other one; and when the electric projection is inverted(-E),so is magnetic (-B).

We can observe that the photon motion become an electromagnetic undulatory motion.