  The self-consistent tilted axis cranking covariant density functional theory
based on the point- coupling interaction PC-PK1 is applied to investigate the
possible existence of antimagnetic ro- tation in the nucleus Fe-58. The
observed data for Band 3 and Band 4 are reproduced well with two assigned
configurations. It is found that both bands correspond to a rotation of
antimagnetic character, but, due to the presence of considerable deformation,
the interplay between antimag- netic rotation and collective motion plays an
essential role. In particular for Band 4, collective rotation is dominant in
the competition with antimagnetic rotation. Moreover, it is shown that the
behavior of the ratios between the dynamic moments of inertia and the B(E2)
values reflects the interplay between antimagnetic and collective rotation.
