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Supercontinuum Generation in Photonics Crystal Fibers

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Supercontinuum Generation in Photonics Crystal Fibers

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Supercontinuum generation can be observed in a drop of water, but the nonlinear effects involved in the spectral broadening are highly dependent on the dispersion of the media and clever dispersion design can significantly reduce power requirements. The most straight-forward application for supercontinuum sources is a replacement for the common, and often tungsten-based, white-light sources used in many characterizations setups like interferometer-based dispersion measurements.

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