  We investigate the Kondo effect in the two-dimensional electron system with a
non-trivial quadratic energy band crossing point. We show that the Kondo effect
can induce a new hybrid topological insulator phase which is a coexistence
state of the quantum anomalous Hall effect and the TRSbroken quantum spin Hall
effect. This hybrid topological insulator exhibits not only a quantized charge
Hall current but also a net spin current, which are localized at the edge
boundaries. This peculiar topological state arises due to the interplay of two
marginally relevant operators, i.e., the Kondo-coupling between the electrons
and the local magnetic moment and the electron-electron interaction in the
two-dimensional system.
