  The near fields in the proximity of a small ferrite particle with
magnetic-dipolar-mode (MDM) oscillations have space and time symmetry
breakings. Such MDM originated fields, called magnetoelectric (ME) fields,
carry both spin and orbital angular momentums. By virtue of unique topology, ME
fields are strongly different from free-space electromagnetic (EM) fields. In
this paper, we show that because of chiral topology of ME fields in a nearfield
region, far-field orbital angular momenta (OAM) can be observed, both
numerically and experimentally. In a single element antenna, we obtain a
radiation pattern with an angular squint. We reveal that in far field microwave
radiation a crucial role is played by the ME energy distribution in the
near-field region.
