FFLO Vortex Lattice States in Cold Fermionic-Atom Systems
arXiv:cond-mat/0608255 · doi:10.1103/PhysRevA.74.053602
Abstract
Condensation of atom pairs with finite total momentum is expected in a portion of the phase diagram of a two-component fermionic cold-atom system. This unusual condensate can be identified by detecting the exotic higher Landau level (HLL) vortex lattice states it can form when rotated. With this motivation, we have solved the linearized gap equations of a polarized cold atom system in a Landau level basis to predict experimental circumstances under which HLL vortex lattice states occur.
10 pages, 9 figures, accepted for publication in Phys. Rev. A
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Cited by in corpus (11)
- Imbalanced Feshbach-resonant Fermi gases
- Fluctuations and phase transitions in Larkin-Ovchinnikov liquid crystal states of population-imbalanced resonant Fermi gas
- Fulde-Ferrell-Larkin-Ovchinnikov superfluidity in one-dimensional optical lattices
- Quantum liquid-crystal order in resonant atomic gases
- Vortex formation in a rotating two-component Fermi gas
- Superfluidity of a spin-imbalanced Fermi gas in a three-dimensional optical lattice
- Dimensional Crossover in a Spin-imbalanced Fermi gas
- Linear response of heat conductivity of normal-superfluid interface of a polarized Fermi gas to orbital magnetic field
- Dependence of interface conductivity on relevant physical parameters in polarized Fermi mixtures
- The phase diagram of two-dimensional fast-rotating ultra-cold fermionic atoms near unitarity
- Vortex lattice in spin-imbalanced unitary Fermi gas