  In a single-element structure we obtain a radiation pattern with a squint due
to chiral microwave near fields originated from a magnetostatic-mode ferrite
disk. At the magnetostatic resonances, one has strong subwavelength
localization of energy of microwave radiation. Magnetostatic oscillations in a
thin ferrite disk are characterized by unique topological properties: the
Poynting-vector vortices and the field helicity. The chiral-topology near
fields allow obtaining unique phase structure distribution for far-field
microwave radiation.
