colored gluons are also ruled by confinement, and just uncolored gluons can be free
I guest that residual colored quarks should catch an electron to form an exotic atom
And again I do not see why they should be considered as black hole
quarks are not massive at all, last models predict that the up quark mass is just about 4 fold that of the electrons, as its charge is 2/3, we just should see circular track similar to that of positron with a radius about 6 fold larger
the electron as being ponctuel (no experiment has never...
Hi Malawi_glenn
I have no reference for that, just the fact that if there was a very small excess of one color, for exemple red, in the very early universe epoch, then we should see free up quark tracks in our bubble chambers as these red quarks in excess would never been able to form neutral...
My concern is not about the confinement, but about the fact that if in the very early universe epoch the matter is created from pure energy by quark-antiquark pair generation, which resulted in a quark-gluon plasma due to the high temperature-density with a mechanism breaking the baryon number...
It is not exactly a parallel: div(B)=0, as chosen (I agree), tell us that there is no magnetic monopole and that only dipole exists.
The quark theory postulates that three quark colors exist, and that in the initial quark gluon plasma, the quarks were free, thus not to be associated in "white"...
To Vanadium 50: it is not a question of accepting or not a theory, it is a question of trying to have a "complete" theory, i.e. which answers more questions than it creates new ones. Quark theory answers many high energy accelerator experiments, but what about the universe history? or about the...
Maxwell's equation is just the answer to your question: "Why does every north magnetic pole have a corresponding south magnetic pole?" And I am looking if there is a similar argument explaining the "white color" of the initial quark-gluon plasma.
Quarks introduction explains what is observed in...
Why quarks numbers of the three colors where exactly equal in the initial quarks-gluons plasma? Seeing the Avogadro number, even a 10E-20 additional excess in one color should give a lot of free quark tracks in bubble chamber.