Intelligent Bosons
First fitting of the discrepancy inspired solution...
A quark with an anti-quark associated as being two primary colours that sum into an intelligent W-Boson. One that carries with it the information describing the particles of origin/composition.
A Green W-Boson ..would carry the information identifying a blue quark and yellow anti-quark of which it is composed.
Purple W-Boson = red quark, blue anti-quark
Orange W-Boson = red quark, yellow anti-quark
The convention might be applied to other particles which exist only momentarily post collision or during decay.
PERFECT for graphically representing particle collision, diagrams where two collision input channels (primary colours) momentarily yield a single particle (secondary colour) ..then our secondary coloured particle can DECAY into we know exactly which two primary coloured particles.
It is beginning to fit rather well, even colouring our famous particle collision diagrams while respecting colour-based logic.
Far from finished, a fun pursuit. :)
There are more combinations such as:
Green W-Boson = yellow quark, blue anti-quark
Purple W-Boson = blue quark, red anti-quark
Orange W-Boson = yellow quark, red anti-quark
Two possible combinations to achieving each secondary colour, given that we have anti-quarks. In this system of colourification, two quark/anti-quark pairs share a secondary color state. There is the possibility of logically colouring many different types of collisions/decay/fusion/fission while respecting colour based logic.
Lectures all share the same aspect "..the colour is important though is it purely representative"
The colours organized such that they can carry an added aspect of information for physicists.
