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Silicon nitride offers many advantages for integrated nonlinear photonics. Pushed by recent progress in fabrication, we now have access to very low loss waveguides while maintaining large flexibility in terms of dispersion engineering, both essential for the design of efficient nonlinear systems. As such many nonlinear optical demonstrations, mainly based on 3rd order effects in the telecom band, have been performed. In this talk I will cover our recent work on dispersion engineered systems based on the inherent 3rd order effects for efficient and controlled frequency conversion either through four-wave mixing or supercontinuum generation.
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