Solvent-based extrusion freeforming is capable of building complex ceramic 3D structures
and can be used in the fabrication of hard and soft tissue scaffolds, photonic crystals for …

We demonstrate that the dispersion of guided propagating modes in certain Photonic Crystal
Waveguides (PCWGs) can be kept constant when the waveguide's structure changes along …

Recently, we have introduced a numerical method for calculating local dispersion of
arbitrary shaped optical waveguides, which is based on the Finite-Difference Time-domain …

We introduced a procedure of using local density of states for increasing the quality factor
and Purcell factor of photonic crystal cavities. We used multipole expansion method for …

We introduce a novel method to calculate the local dispersion relation in photonic crystal
waveguides, based on the finite-difference time-domain simulation and filter diagonalization …

This paper presents designs of nano-cavity structures based on a photonic crystal in
diamond in order to achieve high-efficiency collection of zero-phonon line (ZPL) photons …

The relation between position of optical source and excitation of photonic crystal cavity
modes are investigated. For multimode cavities, the source position considerably affects the …

Local density of photonic states calculation based on multipole expansion method is a
powerful tool for studying spontaneous emission and calculation of photon confinement in …

In this paper we present an algorithm that maps a reference diffracting structure along an
arbitrarily curved boundary. The proposed algorithm produces deformed photonic crystal …

We have recently introduced a novel method to calculate local dispersion relation based on
the Finite-Difference Time-domain and filter diagonalization method, which is suitable for …