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We determine the three-body bound states of an atom in a Fermi mixture.Compared to the Efimov spectrum of three atoms in vacuum, we show that theFermi seas deform the Efimov spectrum systematically. We demonstrate that thiseffect is more pronounced near unitarity, for which we give an analyticalestimate. We show that in the presence of Fermi seas, the three-body boundstates obey a generalized discrete scaling law. For an experimentalconfirmation of our prediction, we propose three signatures of three-body boundstates of an ultracold Fermi mixture of Yb isotopes, and provide an estimatefor the onset of the bound state and the binding energy.

Three-body bound states of an atom in a Fermi mixture