Abstract
The field-theoretic many-nucleon problem is formulated, and an analysis which sums all "uncrossed meson line" diagrams is investigated in detail. The calculation of energy per nucleon, after proper identification of infinite mass renormalization terms, exhibits effects of nuclear recoil, relativistic kinematics, and retardation. Numerical results are presented for $\ensuremath{\pi}$ and $\ensuremath{\omega}$ mesons, and the nucleon interaction energies obtained are compared with the traditional static limit of infinite nucleon mass.NUCLEAR STRUCTURE Nuclear matter, mesons and nucleons, relativistic Hartree-Fock, finite density.
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