Aggregrates of four, five or six of these particles are theorized to make up objects that could form when a(*) neutron star exceeds the TOV limit.
When a low-energy Fermi Lagrangian is applicable, the charge-current contribution of these particles can be described as including a rotation of approximately thirteen degrees. That model for these particles Â fails to explain CP-violation but was corrected using a three-by-three matrix containing "mixing" probabilities by Kobayashi and Maskawa. Aggregrates of four, five or six of these particles are theorized to make up objects that could form when a(*) neutron star exceeds the TOV limit. The first experimental evidence of their existence was uncovered during the 1968 deep inelastic scattering experiments at Stanford while they were originally postulated by Zweig and Gell-Mann. The largest of this class of particles has a mass of 172 GeV. For 10 points, identify these particles, the building blocks of hadrons, which come in varieties such as bottom, top and strange.
When a low-energy Fermi Lagrangian is applicable, the charge-current contribution of these particles can be described as including a rotation of approximately thirteen degrees.
quarks