Add to ORKGAbstract We present new designs of waveguide components in photonic crystal structures exhibiting high transmission, elaborated with novel optimisation technique. 3D FDTD simulations confirm their unprecedented efficiency and robustness with respect to wavelength and structural perturbations
Photonic devices that exploit photonic crystal (PhC) principles in a planar environment continue to ...
Planar photonic crystal waveguide structures have been modelled using the finite-difference-time-dom...
A major drawback of conventional dielectric waveguides is that their bending radii are limited to se...
Photonic crystal (PhC) waveguides are used for a wide range of applications with diverse performance...
Abstract—We employ a novel platform for the realization of tunable photonic crystal (PC) circuits to...
Thesis (Ph.D.)--Massachusetts Institute of Technology, Dept. of Physics, 2000.Includes bibliographic...
In this paper, a fast and robust optimization scheme is presented and applied to the optimal design ...
In this paper, a fast and robust optimization scheme is presented and applied to the optimal design ...
Photonic crystals are artificial dielectric lattice structures which may be periodic in up to three ...
We employ a novel platform for the realization of tunable photonic crystal (PC) circuits together wi...
We present rigorous optimization and design of three-dimensional photonic-crystal (PhC) structures i...
This conference paper was presented in the 2014 IEEE Region 10 Symposium, IEEE TENSYMP 2014; Kuala L...
By employing 2D plane wave expansion (PWE) and finite difference time domain (FDTD) methods, a photo...
We have investigated and optimized a 60°-waveguide bend that is implemented in a planar photonic cry...
We present sophisticated procedures for the efficient and accurate simulation of photonic crystal st...
Photonic devices that exploit photonic crystal (PhC) principles in a planar environment continue to ...
Planar photonic crystal waveguide structures have been modelled using the finite-difference-time-dom...
A major drawback of conventional dielectric waveguides is that their bending radii are limited to se...
Photonic crystal (PhC) waveguides are used for a wide range of applications with diverse performance...
Abstract—We employ a novel platform for the realization of tunable photonic crystal (PC) circuits to...
Thesis (Ph.D.)--Massachusetts Institute of Technology, Dept. of Physics, 2000.Includes bibliographic...
In this paper, a fast and robust optimization scheme is presented and applied to the optimal design ...
In this paper, a fast and robust optimization scheme is presented and applied to the optimal design ...
Photonic crystals are artificial dielectric lattice structures which may be periodic in up to three ...
We employ a novel platform for the realization of tunable photonic crystal (PC) circuits together wi...
We present rigorous optimization and design of three-dimensional photonic-crystal (PhC) structures i...
This conference paper was presented in the 2014 IEEE Region 10 Symposium, IEEE TENSYMP 2014; Kuala L...
By employing 2D plane wave expansion (PWE) and finite difference time domain (FDTD) methods, a photo...
We have investigated and optimized a 60°-waveguide bend that is implemented in a planar photonic cry...
We present sophisticated procedures for the efficient and accurate simulation of photonic crystal st...
Photonic devices that exploit photonic crystal (PhC) principles in a planar environment continue to ...
Planar photonic crystal waveguide structures have been modelled using the finite-difference-time-dom...
A major drawback of conventional dielectric waveguides is that their bending radii are limited to se...