The linear and nonlinear properties of GaInP photonic crystal waveguides engineered for slow light application are presented. A full vectorial mode analysis method has been used. The dispersion of the nonlinearity and of the losses is taken into account for estimating parametric gain in degenerate four wave mixing. Narrowband optical parametric amplification is achieved in the slow light regime.
SLOW-LIGHT ENGINEERED PHOTONIC CRYSTAL WAVEGUIDE: PROPAGATION AND PARAMETRIC GAIN PROPERTIES
ROY, SOURABH;SANTAGIUSTINA, MARCO;
2012
Abstract
The linear and nonlinear properties of GaInP photonic crystal waveguides engineered for slow light application are presented. A full vectorial mode analysis method has been used. The dispersion of the nonlinearity and of the losses is taken into account for estimating parametric gain in degenerate four wave mixing. Narrowband optical parametric amplification is achieved in the slow light regime.
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