Colorforce: Exploring Quantum Chromodynamics

[libbon]

i know quarks can be represented by colors and is in the field of quantum chromodynamics, but what is the color representing?
Thanks

 

[ansgar]

color is just a name of the charge: "color charge".

The name color came from the fact that these 3 color charges behaves similar as the basic colors red, green and blue

http://hyperphysics.phy-astr.gsu.edu/HBASE/forces/color.html

 

[Couchyam]

My impression of "color force" is just that it's a convenient mathematical way of describing how the charges interact with each other. The idea (I think) is that color force exists only between two different color charges. One of the unique properties of the color force is that it decreases as the distance between two hypothetical "quarks" decreases, in an almost linear form. What this means is that it is impossible to separate the quarks (because eventually, you'd just create enough energy to suck up a new quark from the vacuum and create a new particle). This is consistent with the color model of the quark, because the net color of, say "green" and "anti-green" is white (another aspect of color charge is that the net color of a particle must be "white"; red green and blue add together to give white).