If not for this property's introduction, omega-minus baryons would violate the Pauli exclusion principle. This property actually increases with distance from the particles that possess it. It changes when a quark gives off a gluon, and combines with its anti- variety to form mesons. Particles with this property cannot be isolated, its namesake confinement. This quantity can have three values, which can combine neutrally to form a baryon, while particles without this property are known as leptons and are not subject to the strong nuclear force. Name this property possessed by gluons and quarks,
If not for this property's introduction, omega-minus baryons would violate the Pauli exclusion principle. This property actually increases with distance from the particles that possess it. It changes when a quark gives off a gluon, and combines with its anti- variety to form mesons. Particles with this property cannot be isolated, its namesake confinement. This quantity can have three values, which can combine neutrally to form a baryon, while particles without this property are known as leptons and are not subject to the strong nuclear force. Name this property possessed by gluons and quarks, studied in quantum chromodynamics.
If not for this property's introduction, omega-minus baryons would violate the Pauli exclusion principle.
color charge