Condensation energy of a spin-1/2 strongly interacting Fermi gas

@article{Navon2013CondensationEO,
  title={Condensation energy of a spin-1/2 strongly interacting Fermi gas},
  author={Nir Navon and S. Nascimbene and Xavier Leyronas and F. Chevy and Christophe Salomon},
  journal={Physical Review A},
  year={2013},
  volume={88},
  pages={063614}
}
Moreover, interactions between ultracold atoms, characterized by the s-wave scattering length a, can be tuned via magnetic Feshbach resonances, giving access to the regime of strong interactions. In this article, we investigate the condensation energy of a dilute spin-1/2 strongly interacting Fermi gas with a variable interaction strength. We show that the condensation energy can be measured by applying a chemical potential imbalance between the two spin states which is the analog of a magnetic… Expand
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