Explained by quantum  chromodynamics and mediated by particles called gluons, name this fundamental force that binds protons and  neutrons together in the nucleus.
Kurt Symanzik first suggested that this phenomenon's beta function was negative, and it forms the basis for the volume term in Weizsacker's (VAI-sak- uhr'z) formula. Hideki Yukawa used this phenomenon to predict the  existence of pions ("PIE-ons"), and in high energy reactions this becomes weaker by the principle of asymptotic freedom. Color confinement between quarks is a result of this force, which only operates at distances less than ten to the minus fifteen meters, though it is able to overcome electromagnetic repulsion. Explained by quantum  chromodynamics and mediated by particles called gluons, name this fundamental force that binds protons and  neutrons together in the nucleus.
Kurt Symanzik first suggested that this phenomenon's beta function was negative, and it forms the basis for the volume term in Weizsacker's (VAI-sak- uhr'z) formula.
strong (nuclear) force [or strong interaction; accept color force before “Color”; accept color interaction before “Color”]