  We study the spin Hall magnetoresistance effect in ferrimagnet/normal metal
bilayers, comparing the response in collinear and canted magnetic phases. In
the collinear magnetic phase, in which the sublattice magnetic moments are all
aligned along the same axis, we observe the conventional spin Hall
magnetoresistance. In contrast, in the canted phase, the magnetoresistance
changes sign. Using atomistic spin model calculations of the magnetic
configuration, we show that the electric transport for the different magnetic
phases can be rationalized considering the individual sublattice moment
orientations. This enables a magneto-transport based investigation of
non-collinear magnetic textures.
