Octave spanning supercontinuum generation in dispersion-managed silicon waveguides

(2) By characterizing devices with strong and weak promoters and ribosome binding sites, we have defined a range of PoPS and RiPS that engineered biological devices of this type

TREYSSEDE, Fabien, 2015, Veering of dispersion curves and prestress effects in multi-wire helical waveguides, 9th GDR Conference on Wave Propagation in Complex Media for

In our way towards the analysis of plane waveguides with corners, a natural step turns out to be the study of the Dirichlet problem on isosceles triangles with small angle..

Kamal Hammani, Laurent Markey, Manon Lamy, Bertrand Kibler, Juan Arocas, Julien Fatome, Alain Dereux, Jean-Claude Weeber, Christophe Finot.. To cite

Supercontinuum generation up to 8.5 µm has been demonstrated by our group in silicon- germanium on silicon waveguides, reaching the onset of the absorption from the silicon

As a flat profile of the dispersion is generally targeted for SC generation, both in the anomalous and in the normal dispersion regime, the possibility of controlling

By means of a careful adjustment of the input polarization aligned to the fundamental TE mode which is expected to be in anomalous dispersion regime at the pump wavelength,

Keywords: Titanium Dioxide waveguides, Integrated optical materials, Optical Communications, Supercontinuum generation, Nonlinear integrated