In the future, the study of supercontinuum spectra could possibly expand toward the THz frequency range, which could provide the SPhPs-enhanced TKE with an opportunity to exhibit their potential ...

YSL Photonics explores, develops, and manufactures next-generation of supercontinuum source (supercontinuum laser, white light source, white light laser), picosecond pulsed and femtosecond fiber laser ...

But in the weird world of physics, a lot of things that seem impossible aren’t really, as demonstrated by this dirt-cheap supercontinuum laser. Of course, we’re not experts on lasers ...

This facility is designed to support the usage and analysis of data from a variety of structural and functional neural imaging technologies and techniques, including magnetic resonance imaging (MRI), ...

Ultrafast (femtosecond) laser oscillators and amplifiers based on Ti:Sapphire, Cr:Forsterite, Er- and Yb- doped fiber and crystals, supercontinuum sources; autocorrelators, SPIDER, cross-correlator, ...

Enhanced brightness for improved signal-to-noise ratios in microscopy Broad spectral coverage for multi-modal imaging and spectroscopy Pulsed operation capabilities for time-resolved studies The ...

2001), and moving into the mid-infrared (mid-IR), uses for wavelengths beyond 2 μm include LIDAR, molecular spectroscopy and active hyperspectral imaging. Fibre-based supercontinuum sources are ...

At the time of writing, it is just over 10 years since a seemingly simple research project at Bell Laboratories led to a new revolution in optical frequency metrology, when in 1999, in a packed CLEO ...

d, Supercontinuum generation in a 5-cm water-filled HC-PCF (inset) at peak powers shown. Pump wavelength is 980 nm and the zero-dispersion wavelength is ∼ 1 μm (data from ref. 40 ; inset ...

Supercontinuum technology “is being used in broader and broader areas of research,” says Zadoyan. “Everybody wants to play with it and see what they can do.” Product round-up ...