@article{ISI:000324139300009,
 abstract = {Recent experiments on fermions in synthetic gauge fields result in
systems with a spin-orbit coupling along one spatial axis, a detuning
field, and a Zeeman field. We show theoretically that the presence of
all three results in interesting and unusual phenomena in a system of
interacting fermions (interactions described by a scattering length).
For two fermions, bound states appear only over a certain range of the
center-of-mass momenta. The deepest bound state appears at a nonzero
center-of-mass momentum. For center-of-mass momenta without a bound
state, the gauge field induces a resonance-like feature in the
scattering continuum resulting in a large scattering phase shift. In the
case of many particles, we demonstrate that the system, in a parameter
range, shows flow-enhanced pairing, i.e., a
Fulde-Farrell-Larkin-Ovchnnikov superfluid state made of robust pairs
with a finite center-of-mass momentum. Yet another regime of parameters
offers the opportunity to study strongly interacting normal states of
spin-orbit-coupled fermionic systems utilizing the resonance-like
feature induced by the synthetic gauge field.},
 article-number = {033609},
 author = {Shenoy, Vijay B.},
 doi = {10.1103/PhysRevA.88.033609},
 eissn = {1094-1622},
 issn = {1050-2947},
 journal = {PHYSICAL REVIEW A},
 month = {SEP 9},
 number = {3},
 times-cited = {24},
 title = {Flow-enhanced pairing and other unusual effects in Fermi gases in
synthetic gauge fields},
 unique-id = {ISI:000324139300009},
 volume = {88},
 year = {2013}
}