A guy said this:
>Gluons are interesting in that they carry two color charges, in the possible forms of . These gluons function as a way to change a particle's color charge.
>Another type of gluon exists l which has color charge but these gluons are degenerate with each other, that is there are three mathematical configurations of this, but only two gluons of this type.
What are the two gluons of the degenerate type? Is blue-antiblue equal to red-antired while green-antigreen is specially unique? How do three become two?
>Gluons are interesting in that they carry two color charges, in the possible forms of . These gluons function as a way to change a particle's color charge.
>Another type of gluon exists l which has color charge but these gluons are degenerate with each other, that is there are three mathematical configurations of this, but only two gluons of this type.
What are the two gluons of the degenerate type? Is blue-antiblue equal to red-antired while green-antigreen is specially unique? How do three become two?
