Photonic bandgaps are defined as frequency intervals for which propagation of
electromagnetic waves is forbidden in all 4π steradians within a dielectric structure with a …

We have designed, fabricated, and tested a three-dimensional photonic-band-gap structure.
The structure is built by an orderly stacking of dielectric rods. A network analyzer is used to …

A Brief Review of Theoretical Results for Photonic Band Structures Page 1 JOURNAL OF
MODERN OPTICS, 1994, VOL . 41, NO . 2, 195-207 A brief review of theoretical results for …

We have fabricated and built three-dimensional photonic band-gap crystals with band-gap
frequencies larger than 500 GHz. We built the crystals by stacking micromachined (110) …

The properties of 2D photonic lattices, and especially the presence of photonic band-gaps,
are reviewed. Using symmetry arguments, general conditions on the nature of the …

Radiation patterns are measured from a planar‐dipole antenna mounted on two {111}‐
oriented surfaces of a face‐centered‐cubic photonic‐crystal substrate. The photonic crystal …

We have designed and developed a new double‐etch technique for fabricating three‐
dimensional millimeter‐wave photonic band‐gap crystals. This technique doubles the band …

Three‐dimensional photonic crystals are fabricated that consist of a face‐centered‐cubic
lattice of air atoms embedded in a synthetic dielectric matrix. The crystals are formed by …

Face-centred-cubic photonic crystals with overlapping stop bands are stacked in tandem to
obtain an ultrawideband photonic crystal. This crystal has a stop band that extends from 16 …