  Some new unusual physical phenomena and effects associated with dielectric
mesoscale particles with Mie size parameter near 10 were studied and have been
discovered during the last decade. In this paper, we propose nanoholes
structured wavelength-scaled dielectric cubic particle with refractive index
near two, where the array of nanoholes can act as a plurality of near-field
probes to simultaneously illuminate the sample surface and it has the potential
of surpassing the performance of most existing nearfield imaging approaches. We
also offer the concept of the single nano-structuring of a dielectric cylinder
or sphere made from conventional optical materials. The choice of the diameter
of the nanohole in the particle "transfers" it into the resonance mode, when
the characteristics of the field localized in the shadow part of the particle
are determined not by the wavelength, but by the size of the nanohole. Thus,
the diameter of the focused spot at the exit from the particle can be much
smaller than the solid immersion diffraction limit.
