## Theory of Charged Vector Mesons Interacting with the Electromagnetic Field |

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additional vertices annihilation operators arbitrary magnetic charged vector meson conjugate momenta considering an equivalent contain terms contraction contributes a term covariant creation operators dependent derivation of Feynman diagram in momentum discussed in Appendix divergent term dt dt eai/m electromagnetic field equation exp(ik explicitly Feynman graphs Feynman rules field operators field variables harmonic oscillators Hermitian conjugates identical IdQ dQ important to notice interaction Hamiltonian interaction representation kinds of vertices Lagrangian density Lee and C. N. Lemma lepton let us consider limiting formalism limiting process listed in Fig matrix negative metric noncovariant terms notations obtains the following Phys problem proved in Appendix regarded as functions renormalizable Renormalization replaced rules for Feynman scalar mesons sentation spin T. D. Lee Taking the limit Theorem tion tonian unitary usual canonical formalism vacuum expectation value vector meson field Vector Mesons Interacting vertices of Fig