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Quantum mechanics / Quantum information science / Nuclear magnetic resonance / Atomic physics / Qubit / Quantum computer / Electron paramagnetic resonance / Hyperfine structure / Spin / Physics / Spectroscopy / Scientific method


LETTER doi:[removed]nature12011 High-fidelity readout and control of a nuclear spin qubit in silicon
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Document Date: 2013-04-23 12:51:33

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Kuala Lumpur / /

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Macmillan Publishers Limited. / A.M. A.S. / Dzurak A. S. / Agilent / QCD Labs / Simmons / Hanson / R. & Awschalom / D. D. / Tektronix / /

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Asia / /

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Netherlands / Malaysia / Australia / United Kingdom / Finland / /

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pence / /

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University of New South Wales / University of Twente / Aalto University / University College London / University of Melbourne / Australian National Fabrication Facility / MESA1 Institute / Asia Pacific University of Technology / /

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energy levels / noisy devices / online version / nuclear-spin-based solid-state quantum computing / silicon metal / energy difference / energy / quantum error correction protocols / spin-based quantum-information processing / quantum processor / quantum-information processing / qubit device / nanostructure device / electronics / integrated-circuit fabrication technologies / computing / silicon nanoelectronic devices / nuclear-spin-based quantum-information processing / quantum computing / well-isolated atomic systems / /

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London Centre for Nanotechnology / Aalto University / Australian Research Council Centre of Excellence for Quantum Computation and Communication Technology / US Army Research Office / University College London / School of Physics / Cambridge Univ. / MESA1 Institute for Nanotechnology / Pacific University / COMP Centre of Excellence / University of New South Wales / Sydney / School of Electrical Engineering and Telecommunications / University of Twente / Centre for Quantum Computation and Communication Technology / Department of Applied Physics / University of Melbourne / Melbourne / /

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Van Tol / /

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Author Information Reprints / Author / voltage Vp / /

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Victoria / New South Wales / /

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South Wales / /

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semiconductor / quantum dots / broadband / using quantum error correction protocols / microwave / Communication Technology / laser / coaxial cable / semiconductors / quantum processor / integrated-circuit fabrication technologies / technology of modern electronics / been realized using laser / /

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www.nature.com/reprints / /

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