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Company Bernstein / Google / / IndustryTerm black-box quantum search / classical sampling algorithm / Polynomial-time algorithms / classical algorithm / subsequent quantum learning algorithms / quantum linear system algorithm / electrical network / quantum machine learning algorithms / clever classical solution / even computing / classical computing / superfast classical algorithm / quantum algorithm / parallel matrix inversion algorithms / classical random sampling algorithm / number algorithm / possible classical algorithm / separate parallel processing element / polynomial-time quantum algorithm / quantum computing research / classical algorithms / certain special systems / electrical networks / parallel processors / linear systems / quantum computing / search engine / quantum algorithms / / Person Avinatan Hassidim / Daniel Lidar / Andrew Childs / Aram Harrow / Greg Kuperberg / Seth Lloyd / Richard Feynman / / PublishedMedium Nature Physics / / Technology cryptography / RAM / polynomial-time quantum algorithm / quantum algorithm / Preconditioned quantum linear system algorithm / possible classical algorithm / HHL algorithm / quantum algorithms / Adiabatic quantum algorithm / factoring algorithm / parallel processors / classical algorithm / Polynomial-time algorithms / 2013 algorithm / search engine / HHL-type algorithms / Machine Learning / simulation / classical sampling algorithm / subsequent quantum learning algorithms / Betti number algorithm / classical random sampling algorithm / parallel processing / quantum machine learning algorithms / parallel matrix inversion algorithms / superfast classical algorithm / /
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Quantum Machine Learning Algorithms: Read the Fine Print Scott Aaronson For twenty years, quantum computing has been catnip to science journalists. Not only would a quantum computer harness the notorious weirdness of qua