Model Equation of State for Strongly Interacting Superdense Matter

Statistics – Computation

Scientific paper

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Scientific paper

The equation of state for a zero-temperature system of strongly interacting baryons is calclated. Interactions, described by the exchange of a pseudoscalar meson, are treated relativistically to lowest order in the coupling constant. The finite density of the ground state is included through a fully relativistic many-body theory discussed in a previous paper. The results, which are applicable to a single-component system of baryons for densities 1013 gcm3<ρ, lead to an upper limit for the speed of sound vs<=c3. Simple analytic expressions are given which fit the results of numerical computation in the density range 1013 gcm3<~ρ<~1023 gcm3.

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