Titlebook: Quantum Computing for Computer Architects, Second Edition; Tzvetan S. Metodi,Arvin I. Faruque,Frederic T. Cho Book 2011Latest edition Spri

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1935-3235 realization using trapped ions, the techniques for quantum computer architecture design, quantum fault-tolerance, and compilation described in this lecture are 978-3-031-00603-6978-3-031-01731-5Series ISSN 1935-3235 Series E-ISSN 1935-3243

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the tra­ jectories (generally speaking, not the individual trajectories, but trajectories filling out more or less "significant" subsets in the phase space. Hyperbolicity the property that under a small displacement of any of a trajectory consists in point of it to one side of the trajectory, the c

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Basic Elements forQuantum Computation,d. We discuss how the notion of . – where a function . can be evaluated simultaneously for a number of inputs – is a somewhat oversimplified interpretation of the power of quantum computing since physical measurement of the system collapses the state vector to a single binary bitstring state. This m

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Simulation of Quantum Computation,dditional and significant challenge. Simulation, however, is critical in the ability to verify and validate different architectural designs. In this chapter, we discuss methods available for simulating quantum computers. In particular, we describe a method for simulating the behavior of a large subs

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Programming the Quantum Architecture,y the fact that each logical qubit tile can be regarded as a separate processing element, designed to execute a . piece of the larger application: a single logical gate followed by error correction. QLA becomes an architecture composed of reconfigurable computational units, where each unit is a self

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