We study the superfluid state of atomic Fermi gases using a BCS-Bose-Einstein-condensation crossover theory. Our approach emphasizes noncondensed fermion pairs which strongly hybridize with their (Feshbach-induced) molecular boson counterparts. These pairs lead to pseudogap effects above ${T}_{c}$ and non-BCS characteristics below. We discuss how these effects influence the experimental signatures of superfluidity.We study the superfluid state of atomic Fermi gases using a BCS-Bose-Einstein-condensation crossover theory. Our approach emphasizes noncondensed fermion pairs which strongly hybridize with their (Feshbach-induced) molecular boson counterparts. These pairs lead to pseudogap effects above ${T}_{c}$ and non-BCS characteristics below. We discuss how these effects influence the experimental signatures of superfluidity.

arXiv:cond-mat/0309329Physical Review AJun 17, 200497 citations

{T}_{c}

and non-BCS characteristics below. We discuss how these effects influence the experimental signatures of superfluidity.