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Low-temperature thermodynamic properties of strongly interacting Fermiliquids with fermion condensate are investigated. We demonstrate that the spinsusceptibility of these systems exhibits the Curie-Weiss law, and the entropycontains a temperature-independent term. The excessive entropy is released atthe superconducting transition, enhancing the specific heat jump Delta C andrendering it proportional to the effective Curie constant. The theoreticalresults are favorably compared with the experimental data on the heavy fermionmetal CeCoIn5, as well as He-3 films.Comment: 4 pages, 2 figures. V.2: a reference added; minor changes as in the  published versio

Curie Law, Entropy Excess, and Superconductivity in Heavy Fermion Metals and Other Strongly Interacting Fermi Liquids