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Energy-density relation for the ground state of a fermi liquid

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Abstract

The energy-density relation for liquid helium-3 has been computed to first order in the reaction matrix occurring in the formalism of Mohling and his collaborators, using the Frost-Musulin potential. The single-particle potential and the binding energy have been computed in a completely self-consistent way without making any of the usual approximations such as the effective-mass approximation, etc. The first-order calculations give a binding energy of −0.85 K at a Fermi momentum k f= 0.80 \rA −1.

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Rao, I.R., Rao, Y.S.T. Energy-density relation for the ground state of a fermi liquid. J Low Temp Phys 23, 427–443 (1976). https://doi.org/10.1007/BF00116931

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