High Energy Electromagnetic Interactions and Field TheoryMaurice Lévy |
Contents
ELECTRON SCATTERING | 1 |
Use of the Crossed Channel | 14 |
Theoretical Structure of the Form Factors | 25 |
Copyright | |
27 other sections not shown
Common terms and phrases
A. S. Wightman adjoint amplitudes Borchers borné boson calculation commutation relations conserved coupling constant cross section decay defined Dirac distribution tempérée elastic electromagnetic electron energy equation of motion equivalence class essentially self-adjoint example existence experimental F₁ Fermi fermion finite follows form factors formula free field Haag's theorem Hamiltonian Hilbert space infinite intermediate boson invariant Lagrangian leptonic limit linear Lorentz mass zero matrix element meson momentum neutrino non-leptonic non-trivial nucleon Nuovo Cimento obtained octet operator P₁ parity peut Phys physical Poincaré group positive definiteness proton quantum field theory relativistic renormalization result satisfies scalar field scattering solution spin square integrable strange representations tend vers test functions theorem théorème Thirring model transformation two-dimensional space-time ultra-violet unitary vacuum expectation values vector weak interactions