Subatomic Physics

accelerator angular momentum antineutrino antiparticle approximation assumed atomic baryon beam beta decay bosons Chapter closed shell collisions Compute conservation Consider Coulomb deformation density described deuteron dipole discussed electric charge electromagnetic interaction electron energy levels excited experimental experiments Fermi Feynman force form factor gauge gluons hadronic Hamiltonian high energies invariance isospin kaon leptons Lett magnetic field mass matrix element mc² mesons momenta momentum transfer muon neutral neutrino neutron Nucl nuclear nuclei nucleons nuclides observed operator orbital angular oscillator pair parity particle Phys pion potential produced proton quadrupole quantum mechanics quantum numbers quarks radius reaction resonances rotational scattering Schrödinger equation shell model shown in Fig shows spectrum spin structure subatomic physics symmetry synchrotron Table target theory tion total cross section transformation transition vector wave function weak current weak interaction York zero