The presence of glide symmetries in periodic structures can introduce beneficial
modifications in their electromagnetic properties. The difference between glide and non …

In this article, a number of guiding structures are proposed which take advantage of higher
symmetries to vastly reduce the dispersion. These higher symmetries are obtained by …

New high-frequency 5G and satellite communication systems require fully-metallic antennas
and electromagnetic components. These components can be implemented with truncated …

Glide-symmetric structures have recently emerged as a smart choice to design planar lenses
and electromagnetic bandgap materials. We discuss here the conditions under which a …

The dispersion characteristics of a glide-symmetric holey periodic surface are investigated,
with special emphasis on a detailed study of its stopbands. The unit cell is modeled as a …

In this letter, we demonstrate that the dispersion properties associated with glide symmetry
can be achieved in systems that only possess reflection symmetry by balancing the …

In this paper, 1-D periodic structures possessing higher symmetries are proposed and
investigated in terms of their dispersion properties. The proposed structures are coaxial lines …

Higher symmetries frequently amaze human beings because of the illusions and incredible
landscapes such symmetries can produce. For example, imagine the unearthly pictures of …

The behavior of a glide-symmetric holey periodic structure as electromagnetic bandgap is
studied in this letter. A number of numerical simulations have been carried out in order to …

This letter presents a method to realize anisotropic two-dimensional designs with wideband
operation. Glide symmetry has been proven to increase the bandwidth and equivalent …