The mediation of this phenomenon by pions is the subject of the Yukawa interaction.
One property governing this phenomenon reflects the fact that its strength has a lower bound as distance grows. Another property of this phenomenon is that its strength decreases asymptotically at high energies and short distances. The mediation of this phenomenon by pions is the subject of the Yukawa interaction. In the standard model, the theory of this phenomenon is a non-Abelian gauge theory based on (*) SU(3) symmetry. The two aforementioned properties are confinement and asymptotic freedom, respectively. The gauge boson of this force also participates in this force in addition to mediating it, since the gluon also carries color charge just like quarks. For 10 points, name this force which is explained by quantum chromodynamics, the most powerful of the four fundamental forces, which is responsible for the binding of protons and neutrons in a nucleus.
One property governing this phenomenon reflects the fact that its strength has a lower bound as distance grows.
strong nuclear force