  We non-perturbatively study pairing in the high-temperature regime of
polarized unitary two-component Fermi gases by extracting the pair-momentum
distribution and shot-noise correlations. Whereas the pair-momentum
distribution allows us to analyze the propagation of pairs composed of one
spin-up and one spin-down fermion, shot-noise correlations provide us with a
tomographic insight into pairing correlations around the Fermi surfaces
associated with the two species. Assuming that the dominant pairing patterns
right above the superfluid transition also govern the formation of condensates
in the low-temperature regime, our analysis suggests that the superfluid ground
state is homogeneous and of the Bardeen-Cooper-Schrieffer-type over a wide
range of polarizations.
