LOFF states with multiple nodes in the order parameter are energetically favorable over uniform solutions near the phase boundary in spin-polarized atomic Fermi superfluids on a spherical surface.
tically to accommodate the polarization uniformly while the LOFF state allows modulating population imbalance in real space
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Larkin-Ovchinnikov-Fulde-Ferrell state of spin polarized atomic Fermi superfluid on a spherical surface
LOFF states with multiple nodes in the order parameter are energetically favorable over uniform solutions near the phase boundary in spin-polarized atomic Fermi superfluids on a spherical surface.