  We have measured spin Hall effects in spin glass metals, CuMnBi alloys, with
the spin absorption method in the lateral spin valve structure. Far above the
spin glass temperature Tg where the magnetic moments of Mn impurities are
randomly frozen, the spin Hall angle of CuMnBi ternary alloy is as large as
that of CuBi binary alloy. Surprisingly, however, it starts to decrease at
about 4Tg and becomes as little as 7 times smaller at 0.5Tg. A similar tendency
was also observed in anomalous Hall effects in the ternary alloys. We propose
an explanation in terms of a simple model considering the relative dynamics
between the localized moment and the conduction electron spin.
