Landau parameters for isospin asymmetric nuclear matter based on a relativistic model of composite and finite extension nucleons

Abstract

We study the properties of cold asymmetric nuclear matter at high density, applying the quark meson coupling model with excluded volume corrections in the framework of the Landau theory of relativistic Fermi liquids. We discuss the role of the finite spatial extension of composite baryons on dynamical and statistical properties such as the Landau parameters, the compressibility, and the symmetry energy. We have also calculated the low lying collective eigenfrequencies arising from the collisionless quasiparticle transport equation, considering both unstable and stable modes. An overall analysis of the excluded volume correlations on the collective properties is performed.

24 pages, 6 figures

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Cited by in corpus (5)

• Nonidentical protons
• Spin dependent Fermi Liquid parameters and properties of polarized quark matter
• Symmetric and anti-symmetric Landau parameters and magnetic properties of dense quark matter
• Pionic contribution to relativistic Fermi Liquid parameters
• Finite temperature collective modes in a two phase coexistence region of asymmetric nuclear matter