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The Fermion Dynamical Symmetry Model of Nuclei
Challenges from Structures in and Near the Ground States
17 other sections not shown
angular momentum approximation boson calculations collective motion configurations coordinates corresponding Coulomb coupling cranking D. H. Feng decay defined degrees of freedom diabolical points diagonalization discussed dynamical symmetry effective interaction eigenvalues electron energy surface equation example excitation energies FDSM fermion Fermion Dynamical Symmetry Figure frequency gamma gamma rays Hamiltonian high spin Interacting Boson Model intrinsic irrep Lett levels linearised matrix elements mean field micropolyelectron microscopic momenta neutron number neutrons and protons Nucl nuclear structure nuclei nucleons oblate obtained operator orbitals oscillator overlap matrix pair transfer parity Pauli Pauli effect Phys Physics positron potential energy potential energy surface predicted prolate proton protons and neutrons Quadronium quadrupole quantum numbers quasiparticle rare-earth ratio rotational rotor Routhians SD-j shell gaps shell model shown in Fig single particle spectra spectrum spherical spin-orbit superdeformed theory transition triaxial values vortex spin wave functions yrast