  We consider a holographic model of chiral superfluidity whose bulk is
Einstein Yang-Mills and compute viscosity and conductivity responses away from
the probe limit. We calculate Hall viscosity and analyze its relationship to
the superfluid density and the shift. We find that the relationship between
these quantities derived from effective field theory at zero temperature
persists for all temperatures: for $p\pm ip$ their ratio is equal to $\mp1/2$.
At low temperatures the system develops a Lifshitz throat, indicating an
anisotropic scaling symmetry in the infrared dynamics.
