Quantum Chromodynamics is based upon the interaction of quarks with these particles, which are responsible for the formation of protons and neutrons by binding quarks together.
Assumed to have no electric charge, the first trace of these particles was discovered during the 1980s, at the electron-positron-collider, PETRA, in Hamburg, Germany; they operate only over a short range because of their massiveness; eight exist, even thogh nine would seem to exist, one for each color-anticolor pair. Quantum Chromodynamics is based upon the interaction of quarks with these particles, which are responsible for the formation of protons and neutrons by binding quarks together. FTP, name this carrier of the strong nuclear force, which holds together the parts of an atomic nucleus.
Assumed to have no electric charge, the first trace of these particles was discovered during the 1980s, at the electron-positron-collider, PETRA, in Hamburg, Germany; they operate only over a short range because of their massiveness; eight exist, even thogh nine would seem to exist, one for each color-anticolor pair.
{Gluons}