@article{173,
  author = {John Bohn},
  title = {Cooper pairing in ultracold 40K using Feshbach resonances},
  abstract = {We point out that the fermionic isotope  40 K  is a likely candidate for the formation of Cooper pairs in an ultracold atomic gas. Specifically, in an optical trap that simultaneously traps the spin states  | 9 / 2 , − 9 / 2 ⟩  and  | 9 / 2 , − 7 / 2 ⟩ ,  there exists a broad magnetic-field Feshbach resonance at  B = 196 + 9 − 21  G that can provide the required strong attractive interaction between atoms. An additional resonance, at  B = 191 + 5 10  G, could generate p-wave pairing between identical  | 9 / 2 , − 7 / 2 ⟩  atoms. A Cooper-paired degenerate Fermi gas could thus be constructed with existing ultracold-atom technology.},
  year = {2000},
  journal = {Physical Review A},
  volume = {61},
  pages = {053409},
  month = {2000-04},
  issn = {1050-2947},
  doi = {10.1103/PhysRevA.61.053409},
}