## High Energy Electromagnetic Interactions and Field Theory |

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### Contents

ELECTRON SCATTERING | 1 |

ElectronTrion Scattering | 33 |

ON A REFORMULATION OF CLASSICAL ELECTRODYNAMICS | 41 |

Copyright | |

16 other sections not shown

### Common terms and phrases

adjoint adjoint representation amplitudes boson calculation charge distribution commutation relations component conserved consider contribute corresponding coupling constant cross section defined depends diagram Dirac elastic electromagnetic field electron energy equation of motion equivalence class example existence experimental fact Fermi finite form factors formula free field gives Haag's theorem Hamiltonian Hilbert space ig<f infinite intermediate boson invariant isotopic spin isovector Lagrangian leptonic leptonic decays limit linear Lorentz magnetic mass zero matrix element mesons momentum neutrino neutron non-leptonic non-trivial nucleon Nuovo Cimento obtained octet operator parameter particle at rest phenomenological Phys physical point particle positive definiteness possible potential proton quantum field theory relativistic renormalization resonance result satisfies scattering solution spinor strange representations strong interactions structure symmetric tend vers test functions theorem Thirring model tion transformation two-dimensional space-time ultra-violet unitary vacuum expectation values vertex weak interactions world line