The advent of compact, high brightness supercontinuum radiation sources employing solid
core photonic crystal fibres is beginning to make an impact across the field of applied …

Supercontinuum generation in large mode-area microstructured fibers is demonstrated by
launching into the fiber ns pulses from a passively Q-switched Nd: YAG laser. The special …

High-pulse-energy supercontinuum radiation with a width exceeding 900 nm in the near-
infrared spectral region has been generated in conventional single-mode fibre. The fibre …

Supercontinuum (SC) lasers provide an excellent opportunity for absorption spectroscopy by
virtue of their high brightness and large bandwidth. Here we present the detection of multiple …

In a fiber supercontinuum (SC) source, the Raman scattering effect plays a significant role in
extending the spectrum into a longer wavelength. Here, by using a phosphorus-doped fiber …

A supercontinuum light source was incorporated into a custom-built scanning white-light
interferometer. This light source based on a Nd: YAG pumped microstructured optical fiber …

We study supercontinuum (SC) generation in sapphire pumped by two femtosecond lasers
with dual wavelengths of 800 nm and 1054 nm. In comparison with the case pumped by …

We demonstrate optically controlled switching in a photonic bandgap fiber filled with liquid
crystal using transverse coupling geometry. Fiber samples made from silica and lead silicate …

Photonic crystal fibers are novel optical waveguides containing a periodic array of air holes
running along the fiber around a solid or hollow core. These fibers have recently attracted …

Scanning speed and coupling efficiency of excitation light to optic fibres are two major
technical challenges that limit the potential of fluorescence excitation-emission matrix (EEM) …