  We investigate the effects of Andreev bound states due to the unconventional
pairing on the inverse proximity effect of ferromagnet/superconductor
junctions. Utilizing quasiclassical Eilenberger theory, we obtain the
magnetization penetrating into the superconductor. We show that in a wide
parameter range the direction of the induced magnetization is determined by two
factors: whether Andreev bound states are present at the junction interface and
the sign of the spin-mixing angle. In particular, when Andreev bound states
appear at the interface, the direction of the induced magnetization is opposite
to that without Andreev bound states. We also clarify the conditions under
which the inverted induced magnetization appears. Applying this novel effect
helps distinguishing the pairing symmetry of a superconductor.
