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Showing 1 to 3 of 3 for “"Random Quantum Circuits"”.

  1. Probing Local Many-Body Dynamics with Random Quantum Circuits

    Random quantum circuits are an attractive model for the behavior of complex many-body physics, due to their analytic tractability as well as ability to reproduce the behavior of chaotic quantum systems. Recent progress in elucidating their structure has led to an improved understanding of quantum

    mit Repository record for Probing Local Many-Body Dynamics with Random Quantum Circuits (opens in a new tab)

  2. Magic and Majorana Fermions in Quantum Computing, Topological Matter, and Dynamics

    … of “magic”, and the use of Majorana fermions, in quantum many-body physics and quantum computing. Along with other quantum resources, magic helps determine the advantage that a quantum circuit can display over classical computation. For the components of the quantum computer itself, Majorana …

    cambridge Repository record for Magic and Majorana Fermions in Quantum Computing, Topological Matter, and Dynamics (opens in a new tab)