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Mode-locking / Optical fiber / Chalcogenide / Fiber-optic communication / Fiber laser / Four-wave mixing / Dispersion / Wavelength-division multiplexing / Laser / Optics / Photonics / Electromagnetic radiation


Terabaud Optical Sampling on a Chalcogenide Optical Chip Simon Lefrancois∗ , Yvan Paquot, Benjamin J. Eggleton Centre for Ultrahigh bandwidth Devices for Optical Systems (CUDOS), Institute of Photonics and Optical Scie
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Document Date: 2014-11-10 18:46:27


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City

Tokyo / New York / /

Company

Sze Y. Set Alnair Labs Corporation / Dexiang Wang / /

Country

Australia / /

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Facility

Building A28 / Australian National University / University of Sydney / Institute of Photonics / /

IndustryTerm

digital signal processor / optics devices / chalcogenide systems / saturable absorber technology / electronics / chalcogenide chip / free-carrier losses / optical sampling using chalcogenide optical chip / /

MusicGroup

P. A. / /

Organization

Steve J. Madden Centre / School of Physics / University of Sydney / Laser Physics Centre / Institute of Photonics and Optical Science / Benjamin J. Eggleton Centre / Australian National University / /

Person

F. Luan / Yong Choi / T. D. Vo / Hong C. Nguyen / J. V. Erps / A. P. Bulla / /

Position

polarisation controller / /

Product

ps3 / ps2 / /

ProvinceOrState

New York / /

Technology

Laser / ADC / optical sampling using chalcogenide optical chip / 1600 nm LPF WDM DCF PC Chalcogenide chip / IEEE Photonics Technology / Photonic chip / saturable absorber technology / simulation / DSP / phase modulation / chalcogenide chip / digital signal processor / laser system / /

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