6533b7d0fe1ef96bd125af55

RESEARCH PRODUCT

Telecom to mid-infrared supercontinuum generation in a silicon germanium waveguide

Jonathan H. V. PriceMohamed A. EttabibPierre LabeyeEmerick LorentDavid J. RichardsonKamal HammaniAdonis BogrisMohammad BelalSergio NicolettiAlexandros KapsalisLin XuPeriklis PetropoulosDimitrios Syvridis

subject

Materials scienceSilicon photonicsbusiness.industryMid infraredchemistry.chemical_elementWaveguide (optics)SupercontinuumSilicon-germaniumErbiumchemistry.chemical_compoundOpticschemistryBroadbandFemtosecondOptoelectronicsbusiness

description

We report the first demonstration of broadband supercontinuum generation in silicon-germanium waveguides. Upon propagation of ultra-short femtosecond pulses in a 3-cm-long waveguide, the broadening extended from 1.455µm to 2.788µm (at the −30-dB point).

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