We propose a simple physical model that predicts the optical properties of a class of
microstructured waveguides consisting of high-index inclusions that surround a low-index …

In this paper, we introduce a liquid core antiresonant reflecting optical waveguide (ARROW)
as a novel optofluidic device that can be used to create innovative and highly functional …

Two numerical methods, the reflection pole method (RPM) and the wavevector density
method (WDM), are introduced for determining the propagation constants of guided and …

This paper discusses a numerical method for computing the electromagnetic modes
supported by multilayer planar optical waveguides constructed from lossy or active media …

The central waveguide of narrowband optical filters is quite sensitive to temperature. This is
an obstacle to the broad use of optical frequency-division multiplexing (FDM) systems. Since …

Silicon based antiresonant reflecting optical waveguides (ARROW's) have been designed in
order to obtain a high sensitive optical transducer for sensing applications. The designed …

This paper describes two novel integrated optic sensing applications based on antiresonant
reflecting optical waveguide (ARROW) structures, for both direct and indirect liquid probing …

The design, simulation, fabrication and characterization of a new integrated optical
accelerometer is presented in this paper. The reduction of fabrication, packaging and …

This paper presents the optimization and characterization of SU-8 quad beam optical
accelerometers based on intensity modulation. An applied acceleration causes a …

In this work photonic crystal fibers of different cross-sectional patterns are studied. Dirac
points of these various lattices are explored, propagation diagrams showing positions of the …