  Cubic CeZn shows a structural phase transition under pressure, and it
modifies the ground state from an antiferromagnetic (AFM) state to a
ferromagnetic (FM) state. To investigate how the FM state terminates at a
quantum phase transition, we measured the electrical resistivity under pressure
for a single crystal CeZn. The transition temperature into the FM state
decreases monotonously with increasing pressure, accompanied by the pronounced
Kondo effect, but a drastic change in the field response occurs before the
ordered phase terminates. This result suggests that the FM quantum critical
point is avoided by the appearance of an AFM-like state.
