## Lectures in Theoretical Physics, Volume 11, Part 2 |

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### Contents

THEORY OF COLLECTIVE MOTION IN NUCLEI | 1 |

REACTIONMATRIX THEORY OF NUCLEI | 55 |

THE GROUND STATE OF HOMOGENEOUS | 157 |

Copyright | |

5 other sections not shown

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### Common terms and phrases

amplitudes angular approximation binding energy Bose gas Bose-Einstein condensation Brueckner calculation condensation consider contribution core corrections correlations corresponding defined density density matrix dependence determined diagrams discussion eigenvalues ensemble entropy equilibrium excitation expansion experimental expression factor Fermi gas Fermi liquids Fermi sea Fermi surface ferromagnetic finite finite geometry finite-temperature fluid G-matrix geometry given Goldstone Hamiltonian helium infinite insertions integral Landau limit linear liquid He3 many-body matrix elements method momentum normal nuclear matter number of particles obtained operator orbitals pair parameter perturbation theory phonons Phys physical potential problem propagator properties quantum quasiparticle renormalized result rotation scattering self-consistent self-energy shell shell-model single single-particle skeleton solution specific heat spectrum subspace summation superfluid temperature theoretical thermal three-body tion total number transport coefficients transport equation two-body valence variational principle vector velocity vortex line vortices wave function zero