Field Theory and Strong InteractionsPaul Oskar Urban |
Contents
MITTER H URBAN P Foreword | 1 |
DE ALFARO V FUBINI S FURLAN G Gauge | 51 |
NACHTMANN O The Classical Tests of Quantum | 101 |
Copyright | |
17 other sections not shown
Common terms and phrases
angle antineutrino baryon BEBC bosons calculation CDHS charge charged-current chiral limit chiral symmetry confinement coordinate transformation coupling constants decay defined detector determined dimensional distribution dynamical effective Lagrangian electron equations experiments F₂ field theory flux gauge fields gauge theory gauge transformations Gev² given gluon Goldstone bosons hadrons high energy instanton interaction invariant Lagrangian lattice-space Lepton Lett linear magnetic matrix elements measured moments momentum monopole muon neutral-current neutrino neutrino beam Nucl nucleon parameter particles parton path integral perturbation Phys physical pion potential predictions proton pseudoscalar mesons quantum quark masses quark model quarks and gluons reactions scalar scaling violations scattering singlet SLAC solution structure functions target term topological twist-two vacuum variables vector Yang-Mills zero ΠΝ