Lectures on the Many-body Problem |
Common terms and phrases
A's and B's aKaK approximate Bogoliubov transformation C₁ C₁(x C₁(y C₂ corresponding define deformation diagram dydy e(rs E₁ E₂ eigen mode Exchange xx expectation value expression F(acdbJ Fermi energy Fermi surface G₁ G₁(x G₂ G₂(Xt Green's function Hamiltonian Hartree-Fock Hartree-Fock equation jajc K₁ lectures Many-Body Problem normal mode nuclear force nucleons nucleus number of particles orbit force orbits outermost unfilled pair coupling pairing correlation pairing interaction particle correlation particle number Physics QC plane wave plasma oscillation potential pq|v|rs quadrupole quadrupole moment reaction matrix scattering mode shell model short range single particle energy single particle motion spin-orbit TAKAGI term transformation V₁ W₁ W₂ x₁ x₂ xíx2 Y₂ zero Δεν Σ Σ ΣΣ ра Родо