Representations in Density Dependent Hadronic Field Theory and compatibility with QCD sum-rules

Abstract

Different representations of an effective, covariant theory of the hadronic interaction are examined. For this purpose we have introduced nucleon-meson vertices parametrized in terms of scalar combinations of hadronic fields, extending the conceptual frame of the Density Dependent Hadronic Field Theory. Nuclear matter properties at zero temperature are examined in the Mean Field Approximation, including the equation of state, the Landau parameters, and collective modes. The treatment of isospin channels in terms of QCD sum rules inputs is outlined.

23 pages, 6 PostScript figures, Revtex4 class

References in corpus (5)

• Relativistic model for nuclear matter and atomic nuclei with momentum-dependent self-energies
• Collective modes of asymmetric nuclear matter in Quantum HadroDynamics
• Nucleon QCD sum rules in nuclear matter including four-quark condensates
• QCD Sum Rules Description of Nucleons in Asymmetric Nuclear Matter
• Compatibility of QCD sum-rules and Hadron field theory in a dense medium