Abstract
This talk features recent achievements of the Nonlinear Photonics Group at McGill University towards the fabrication of chalcogenide-based optical fiber components such as nonlinear gain fibers, optical fiber couplers, filters, and saturable absorbers.
Highlights
In a quest for the development of optical fiber sources that operate in the mid-infrared, the availability of optical components that are all-fiber and compatible with the mid-infrared is of utmost importance
Fiber components made from chalcogenide glass raise attention in this context, owing to their transparency in the 1-13 m wavelength range and their high nonlinearity that enables nonlinear processing
I will present recent achievements of the Nonlinear Photonics Group at McGill University towards the fabrication of all-fiber chalcogenide components and devices that are compatible with the mid-infrared
Summary
In a quest for the development of optical fiber sources that operate in the mid-infrared, the availability of optical components that are all-fiber and compatible with the mid-infrared is of utmost importance.
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