Bulk nuclear properties: 5th ANL/MSU/JINA/INT FRIB Workshop, East Lansing, Michigan, 19-22-November 2008
This workshop series was established to explore the theoretical motivations for the Facility of Rare Isotope Beams. This specific workshop focused on bulk nuclear quantities and included discussions of nuclear masses, ab-initio nuclear structure, nuclear energy functional, giant resonances, nuclear matter, nuclear equation of state, central collisions and neutron stars.
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Microscopically Based Nuclear Energy Functionals
LargeScale Calculations in OddMass Nuclei
Constraints Limits and Extensions for Nuclear Energy Functionals
6 other sections not shown
approximation astrophysical asymmetry dependence baryon Bulk Nuclear Properties calculations cluster correlations computational configurations constraint contribution cooling Cooper pair core corresponding Coulomb coupling cross sections Danielewicz deformation density dependence density matrix distribution effects electron energy density equation evolution excitation experimental extrapolations Fermi FIGURE finite fragments GFMC Green's functions Hartree-Fock inner crust isospin isotopes J. M. Lattimer Landau parameters Lett many-body mean-field momentum neutrino neutrino emission neutron matter neutron skin neutron star neutron star crust neutron-rich Nucl nuclear matter nuclei nucleon observed obtained off-diagonal outer crust pairing particle pasta phase transition Phys potential predictions proton pulsar QRPA quark quark matter quasiparticle radii radius reactions right panel saturation density shell shown single-particle Skyrme Skyrme forces Skyrme interactions SLy4 spherical structure superfluid surface symmetric nuclear matter symmetry energy temperature theory thermal wave function Wigner