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Quantum information science / Quantum computer / Qubit / Nuclear magnetic resonance / Quantum error correction / Spin / Quantum information / Magnetism / Introduction to quantum mechanics / Physics / Theoretical computer science / Quantum mechanics


Quantum Computing with Molecules By taking advantage of nuclear magnetic resonance, scientists can coax the molecules in some ordinary liquids to serve
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Document Date: 2012-04-27 17:39:31


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IBM / Bell Laboratories / Quantum / AT&T / Scientific American Inc. / /

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University of Innsbruck / Cornell University / IBM Almaden Research Center / National Institute of Standards and Technology / Stanford University / Swarthmore College / Massachusetts Institute of Technology / California Institute of Technology / University of California at Berkeley / Harvard University / /

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ingenious search algorithm / magnetic resonance imaging / classical solution / encryption systems / computing / media / lower energy / /

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National Institute of Standards and Technology / California Institute of Technology / University of Innsbruck in Austria / University of California / Media Lab. / Harvard University / Stanford University / Massachusetts Institute of Technology / Cornell University / Swarthmore College / /

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Neil Gershenfeld / Mark G. Kubinec / Albert Einstein / Anton Zeilinger / DUSAN PETRICIC CRACKING / David J. Wineland / H. Jeff Kimble / DUSAN PETRICIC / Charles P. Slichter / Christopher R. Monroe / Isaac L. Chuang / Seth Lloyd / Peter W. Shor / Richard Feynman / /

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professor / director of the physics and media group / /

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California / Massachusetts / /

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Scientific American / Physics Today / Physical Review Letters / /

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Stanford University / /

Technology

encryption / laser / magnetic resonance imaging / ingenious search algorithm / MRI / /

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