In this study, an ultra-wide range plasmonic refractive index sensor based on dual core
photonic crystal fiber is suggested and analyzed numerically. The proposed design …

In this work, a new approach based on the use of a one-dimensional photonic crystal
(1DPC) made of dielectric layers with alternating refractive indexes deposited inside a …

We report a highly sensitive Localized surface plasmon resonance (LSPR) based photonic
crystal fiber (PCF) sensor by embedding an array of gold nanospheres into the first layer of …

Although experimental advances in the implementation and characterization of fiber speckle
sensor have been reported, a suitable model to interpret the speckle-pattern variation under …

We investigate the applicability of the circular arrays of coupled single-mode optical
waveguides in transferring the non-classical state of light for quantum information …

A highly non-linear hollow core photonic crystal fiber (PCF) having three ring-hexagonal
structure is designed. The full vector finite element method with perfectly matched layer is …

The response of fiber specklegram sensors (FSSs) is given as function of variations in the
intensity distribution of the modal interference pattern or speckle pattern induced by external …

We study the field generated in the outer space by the superposition of modes of a regular
circular monomode fiber array. It is shown that a supermode of the fiber array generates a …

We present an analytical model for the mode of index-guided microstructured fibers. This
model exhibits essential symmetry features of the field unlike the commonly used equivalent …

The published data correspond to images of simulated specklegrams, which result from the
calculation of the modal interference that occurs in a multimode optical fiber. These have a …