This research explores a silica based highly nonlinear photonic crystal fiber of near infrared
window; solid silica core photonic crystal fiber is suitable for propagating light towards the …

A new design of all-normal near zero flattened dispersion based on silica photonic crystal
fiber is reported to generate an ultra-broadband supercontinuum in the near infrared region …

Numerical modeling of a photonic crystal fiber made up of multicomponent chalcogenide
glass system has been reported for highly coherent supercontinuum generation in the mid …

In this paper, a novel chalcogenide and silica photonic crystal fiber (PCF) structure is
designed with circular air-holes located in the cladding and the various optical properties …

We report computational modeling of photonic crystal fibers in silica glass for near-infrared
supercontinuum generation. Optical parameters like chromatic dispersion, nonlinearity and …

We report computational modelling and numerical analysis of rib optical waveguide
composed of chalcogenide GeSe 2-As 2 Se 3-PbSe and MgF 2 glasses for mid infrared …

Silicon is a widely used material due to its strong properties especially low loss and high
nonlinearity in the wavelength range 1.2–6 μm. Also, photonic crystal fibers (PCFs) have …

In this paper, we have numerically designed a golden spiral photonic crystal fiber using
tellurite glass for supercontinuum generation. Dispersion engineering technique has been …

A unique design of a pure silica hybrid photonic crystal fiber consisting of three circular rings
and one octagonal ring lattices of air holes bounding silica core has been simulated for the …

This paper investigates a supercontinuum generated high power highly nonlinear photonic
crystal fiber for medical and optical communication applications. The full vector finite …