We propose a new mechanism for constructing waveguide intersections with broad
bandwidth and low cross talk in photonic crystal (PC) circuits. The intersections are created …

Coupling of photonic crystal (PC) linear three-hole defect cavities to PC waveguides is
theoretically and experimentally investigated. The systems are designed to increase the …

We investigate, experimentally and theoretically, the influence of disordered defects on the
transmission properties of optical delay lines based on coupled cavity waveguides (CCW's) …

We demonstrate, in a planar two-dimensional 2D configuration, in the optical regime a clear
association of two photonic crystal elements and the ability to produce a low-loss coupled …

Using numerical simulations, we systematically investigated the transmission properties of
coupled-cavity waveguides (CCWs) formed in two-dimensional photonic-crystal dielectric …

This paper presents a loss reduction mechanism for coupled cavity waveguides (CCWs)
relying on 1-D photonic crystals microcavities. The mechanism is based on structural …

We have experimentally demonstrated a very low cross talk in photonic crystal waveguide
crossings of any kind. For cross talk reduction, we added a resonant cavity to the waveguide …

We present absolute transmission measurements of coupled cavity waveguides defined
within planar photonic crystals. We investigate a range of cavity types and also vary the …

By adding a point defect to a photonic crystal structure, a microcavity can be made to trap
electromagnetic energy with wavelength inside the photonic bandgap (PBG). This property …

Using the multiple-scattering method, we have studied the effects of various types of
disorders on the performance of two-dimensional photonic crystal-based waveguides with …