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- W2008796859 abstract "Light-front quantization of spin-one fields coupled to a conserved or nonconserved current constructed from a Dirac field is studied. It is shown that an operator phase transformation must be performed on the Dirac field in order to maintain simple canonical commutation relations and a simple Hamiltonian. In this formulation quantum electrodynamics emerges as the zero-mass limit of the massive gluon model. Lorentz invariance of the vector-gluon model is explicitly verified. Vacuum expectation values of operator products and Green's functions are studied and spectral sum rules are derived. The general structure of the current commutators on a light front is formally not altered by the interactions. Feynman's parton model for deep-inelastic electron scattering is derived from canonical light-front current commutation relations. The structure function in the Bjorken scaling limit is related to the ${p}^{+}$ distribution of the constituents of the hadron target in any frame of reference." @default.
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- W2008796859 date "1973-03-15" @default.
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- W2008796859 title "Quantum Field Theories in the Infinite-Momentum Frame III. Quantization of Coupled Spin-One Fields" @default.
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- W2008796859 doi "https://doi.org/10.1103/physrevd.7.1760" @default.
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