  Recent findings of superconductors that simultaneously exhibit multiple
spontaneously broken symmetries, such as ferromagnetic order or lack of an
inversion center and even combinations of such broken symmetries, have led to
much theoretical and experimental research. We consider quantum transport in a
junction consisting of a ferromagnetic metal and a non-unitary ferromagnetic
superconductor. It is shown that the conductance spectra provides detailed
information about the superconducting gaps, and is thus helpful in determining
the pairing symmetry of the Cooper pairs in ferromagnetic superconductor.
