Landau Theory of Relativistic Fermi Liquids

Dec, 1975
12 pages
Published in:
  • Nucl.Phys.A 262 (1976) 527-538
  • Published: 1976
Report number:
  • Print-76-0117 (ILLINOIS)

Citations per year

197719892001201320250246810
Abstract: (Elsevier)
A relativistic extension of the Landau Fermi liquid theory, applicable to the study of high density matter, is developed. Consequences of Lorentz invariance in the theory are explored. The formalism is illustrated by a study of relativistic Fermi systems weakly interacting via scalar and vector meson exchange. Second order exchange energies for both massless scalar and massless vector interactions are calculated in terms of Landau parameters on the Fermi surface. Zero sound and “color-plasma oscillations” are studied in quark matter with SU(3) color gluon coupling.
  • MODEL: FERMION
  • FERMION: MATTER
  • FERMION: LIQUID
  • INVARIANCE: LORENTZ
  • EXCHANGE: SCALAR MESON
  • EXCHANGE: VECTOR MESON
  • QUARK: MATTER
  • QUARK: COLOR
  • MODEL: GLUON
  • SYMMETRY: SU(3)