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Self-phase modulation and four-wave mixing in a chalcogenide ridge waveguide

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Academic year: 2021

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Figure

Fig. 1. (a) Schematic and (b) SEM micrograph of the cross-sectional structure of a GeSbSe- GeSbSe-based ridge waveguide
Fig. 3. (a) Representation of “S” waveguides with different lengths and (b) corresponding propagation losses measured at wavelength of 1550 nm for GeSbSe ridge waveguides.
Fig. 5. Symmetric spectral broadening due to self-phase modulation within a 1.1 cm long GeSbSe ridge waveguide for different input peak power within the waveguide
Fig. 6. The calculated material dispersion of the GeSbSe (Se 6 ) glass (dashed black line) and the  simulated group velocity dispersion of the GeSbSe waveguide with a width of 600 nm and height  of 400 nm (solid red line)
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