Physical review. D. Particles, fields, gravitation, and cosmology/Physical review. D. Particles and fields · 1974 · 24 citations · 7 references
Natural SciencesPhysicsMathematical PhysicsQuantum MechanicsTheoretical PhysicsMagnetic FieldsNuclear MomentsNuclear SpinPerturbation TheoryQuantum Field TheorySpin DynamicsMagnetic Field EffectsMagnetic Moment InteractionNuclear Magnetic MomentsProton-neutron InteractionsSpinor TheorySpinor Wave Functions
The classical electromagnetic interactions of a nonlinear spinor field are studied in perturbation theory. When Pauli terms are included, the model describes with reasonable accuracy (within the assumed approximations) such properties of the nucleons as spin, charge, magnetic moment, and the proton mass. With no other information one can calculate the proton-neutron mass difference, which comes out of the wrong sign and of the same size as in quantum electrodynamics.
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A Remark on the Coupling of Gravitation and Electron
Hermann Weyl · Physical Review · 1950 · 199 citations
R. J. Finkelstein, C. Frønsdal, Peter Kaus · Physical Review · 1956 · 154 citations
A Field Theory of Elementary Particles
N. Rosen · Physical Review · 1939 · 66 citations