The luminous particles embrace a wide range of elements (all those constituted by mass and energy at the same time) that go from the weakest radio emissions until the big photons particles.
The luminous particles are constituted by packages of Sub-atoms (intro2 or quarks) that can embrace from a single unit until superior groupings to 10^15 units.
These packages of particles can have disk form (galaxy type) as in photons, ray form as in the emissions of radio of Modulated Frequency and cluster form as in the emission of radio of short wave.
In the drawing these types of packages of luminous particles are exposed.
As it can deduce from the drawing, frequency depends on the quantity of clusters of sub-atoms that we receive for unit of time, keeping in mind that each cluster will give us a wave pick or frequency.
Also we can see (red) the sub-frecuency that sub-atoms produce.
M = mass of the sub-atom or quark 10^–79 grams aprox.
C = speed of light
f = total frequency (cluster frecueny multiplied for number of sub-atoms of each cluster)
Here, I have to make the warning that to my understand, at the moment calorific particles (bigger than fhoton) are confused with quarks (smaller)
In the next page we have development of the below formula >>>>
