The electron in question

Here is a logical formulation of the matter. A question will follow.

That it concern to him of your body or the galaxy, their composing is the same: the quark, the antiquark; the electron, the neutrino are the 4 bricks that the different assemblies erect all matter.

That 4 bricks is defined each in relation to the 3 settled charges of colour because they associate to him like the colors. These charges characterize like this the elementary particles: the quark in carries a, the antiquark two that is associated, the electron three that is associated, the neutrino not carries anyone.

But, attention! To the competent knowledge, the quantum chromodynamique, the electron does not carry of charge of colour.

Three, the charges of colour are distinct and equalize. One symbolizes them here by the 3 fundamental colors: the red, the yellow and the blue that the association has to consequence the white colour. It form a set of 3 elements that, like all together of 3 elements, has 8 subsets: the charges of colors of the elementary particles.

If one replaces respectively the 3 colors by the 3 letters a,b,c then the set (a, b, c) symbolizes the bearer of the set of the 3 colors: the electron that, like all together of 3 elements, is subset of itself. That is why one recovers it among his subsets as: (ac)(b)(c) (ab) (bc) (ac) (a, b, c) Ø

The 3 subsets with 1 element: (ac)(b)(c) symbolize the 3 bearers of a charge of colour: the quarks that are 3 because there is 3 colors. There is therefore a red quark, a yellow and a blue.

The 3 subsets with 2 elements: (ab) (bc) (ac) symbolizes the 3 bearers of the association -named anticolor- of 2 charges of colour. There is like this an orange antiquark: (rouge+jaune), a violet: (rouge+bleu) and a green: ( jaune+bleu ).

The subset with 3 elements: (a, b, c), symbolizes the electron, the bearer of the association of the 3 charges of colour that the consequence is the white. It does not fail confounds it with the proton, of formula ( (a)(b)(c) ) and not (a, b, c), that does not carry 3 charges of colour, but 3 quarks.

The subset without element, the neutrino, is represented by the obstructed circle Ø that, in mathematics, symbolizes the empty set. The neutrino do not carry therefore of charge of colour, it is colourless.

Here, one can compare the à neutrino an empty container, in waiting of the white consequence of the association of the 3 colors, with which it reconstitutes the electron, that it is like this the complement.

Naturally, this empty container can also receive an or two charges of colour, instead of three. That would be the first turn of another history, too long to be settled this day, but that one can tell, and same visualizes, with the complicity of the G3 Group which would reveal, also, the origin of the electron and his two heavy fellows, bury in an immemorial and therefore settled past « fossil »: the muon and the tau.

For the meantime, here is the question announced: does the electron carry the 3 charges of colour of the quantum chromodynamique?