In this paper, wide-bandwidth low cross-talk W1 photonic crystal waveguide intersections
are proposed based on self-collimation effect. The waveguides are realized using a 2D …

We propose an approach to construct waveguide intersections with broad bandwidth and
low cross-talk for square-lattice photonic crystals, by utilizing a vanishing overlap of the …

In this paper, one of the most recently introduced phenomena in Photonic Crystal structures
was investigated to design self-collimation based waveguides. The advantages of using self …

A low crosstalk and wideband photonic crystal (PC) waveguide intersection design based
on two orthogonal hybrid waveguides in a crossbar configuration is proposed. The finite …

We design an intersection for crossing waveguides in triangular lattice photonic crystals with
cross-talk smaller than 10^-5. The cross-talk to the transverse waveguides is suppressed by …

A new high transmission Y-junction based on two-dimensional photonic crystal waveguides
of triangular lattice is designed. The Y-junction is designed by moving the corner rods of Y …

In this paper, an exact step-coupling theory is developed to describe the modes coupling
behavior and lightwaves propagation for the power exchange between the waveguide …

The slow light propagation in a line waveguide in the two-dimensional triangular photonic
crystal has been numerically studied, based on which a wideband photonic crystal …

The coupling dependence between a wire waveguide and a two-dimensional photonic
crystal waveguide on a shared connection structure was analyzed theoretically. By …

An intersection based on photonic crystal coupled resonator optical waveguides is proposed
and analyzed. The two waveguides are designed to have different transmission bands …