If sufficiently light, these particles could be produced in a Drell-Yan type process which would occur in proton-antiproton collisions at the Tevatron. The first solution to the Yang-Mills equation was one of these particles named for Wu and Yang, and Dirac showed that these particles imply quantization of electric charge. Providing symmetry to Maxwell's equations, these particles contradict the fact that the divergence of the B-field is zero, thereby violating Gauss's law for magnetism. For 10 points, identify these particles, the magnetic analogues of charge with either north or south-oriented directions.
If sufficiently light, these particles could be produced in a Drell-Yan type process which would occur in proton-antiproton collisions at the Tevatron. The first solution to the Yang-Mills equation was one of these particles named for Wu and Yang, and Dirac showed that these particles imply quantization of electric charge. Providing symmetry to Maxwell's equations, these particles contradict the fact that the divergence of the B-field is zero, thereby violating Gauss's law for magnetism. For 10 points, identify these particles, the magnetic analogues of charge with either north or south-oriented directions.
If sufficiently light, these particles could be produced in a Drell-Yan type process which would occur in proton-antiproton collisions at the Tevatron.
magnetic monopole