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Spectroscopy / Nonlinear optics / Spontaneous parametric down-conversion / Photon / Quantum efficiency / Raman scattering / Two-photon absorption / Laser / Wavelength-division multiplexing / Physics / Optics / Quantum optics


A silicon-chip source of bright photon-pair comb Wei C. Jiang,1, ∗ Xiyuan Lu,2, ∗ Jidong Zhang,3 Oskar Painter,4 and Qiang Lin1, 3, † 1 Institute of Optics, University of Rochester, Rochester, NY[removed]Department
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Document Date: 2013-04-14 15:02:04


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File Size: 1,46 MB

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Pasadena / Photon / /

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Splitter Polarization / /

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University of Rochester / Laboratory of Applied Physics / Institute of Optics / California Institute of Technology / /

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chip-scale quantum information processing / parallel information processing / quantum information technology / free-carrier absorption / cavity quantum electrodynamic systems / quantum computing / quantum photonic devices / e-h / nanofabrication technology make / /

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California Institute of Technology / Institute of Optics / Department of Electrical and Computer Engineering / Laboratory of Applied Physics / University of Rochester / Rochester / Department of Physics and Astronomy / /

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Detuning / Wei C. Jiang / Xiyuan Lu / Bandpass Filter / /

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Prime Minister / Painter / Controller / /

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ps2 / Sony Ericsson P1i Smartphone / /

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California / New York / /

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VOA 1 / 2 VOA / /

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laser / broadband / lasers / spectroscopy / 1 Photon-based quantum information technology / /

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