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ARTICLE Received 15 Dec 2011 | Accepted 30 Apr 2012 | Published 29 May 2012 DOI: [removed]ncomms1876 Ultra-low-loss optical delay line on a silicon chip
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Document Date: 2012-06-09 09:19:40

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Pasadena / Stockholm / /

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Canon / Dell / Cambridge University Press / Macmillan Publishers Limited. / Creative Commons / Tosco / T. J. Watson Laboratory / /

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United States / Sweden / /

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T. J. Watson Laboratory of Applied Physics / California Institute of Technology / Kavli Nanoscience Institute / /

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nature communications / optical communication systems / ARTICLE nature communications / all-optical signal processing methods / telecommunications / silicon chip / transverse mode device / stepper tool / present devices / high-speed signal processing / index-matching oil / /

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California Institute of Technology / Cambridge University / Defense Advanced Research Projects Agency / Kavli Nanoscience Institute / Center for the Physics of Information / /

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Nat / /

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Author / Optical amplifier Polarization controller / /

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California / /

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semiconductor / radiation / Laser / broadband / semiconductors / packet switching / optical fibre / silicon chip / M. Photonic technologies / http / microwave / system-on-a-chip / radio frequency / lithography / simulation / RF Photonic Technology / Fiber Optic / integrated circuits / Optical Fiber / calculated using FEM simulation / /

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