At finite temperature, zero-sound modes in stiff nuclear matter equations of state bifurcate into a branch that tends toward first sound at momentum above the temperature, with the effect highly sensitive to the symmetry-energy slope.
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Thermal properties of zero sound in asymmetric nuclear matter
At finite temperature, zero-sound modes in stiff nuclear matter equations of state bifurcate into a branch that tends toward first sound at momentum above the temperature, with the effect highly sensitive to the symmetry-energy slope.