Layouts for fault-tolerant quantum computers
AssigneeMicrosoft Technology Licensing, LLC
InventorsVadym Kliuchnikov, Nicolas Delfosse, Alexander Vaschillo
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AssigneeMicrosoft Technology Licensing, LLC
InventorsVadym Kliuchnikov, Nicolas Delfosse, Alexander Vaschillo
Estimating the term…
Disclosed herein are example layouts and layout generation techniques for fault-tolerant quantum computers. Example embodiments comprise methods for performing a layout reduction technique for fault-tolerant quantum computing. In certain embodiments, a layout of an arbitrary quantum circuit is reduced to a layout of exponents of a multiple qubit Pauli matrix and measurements of a multiple qubit Pauli matrix. In certain embodiments, qubits are marked as one of a data, interface, or ancilla qubit for a 2D nearest neighbor graph of qubit connectivity, and an ancilla-path is provided from a respective data qubit to a respective interface qubit.
A method performed by one or more classical computers, comprising:
A quantum circuit configured to apply an exponent of a multiple qubit Pauli matrix and measure a multiple qubit Pauli matrix.
A method performed by one or more classical computers, comprising:
A quantum circuit configured to (a) provide a multi-target CNOT gate using a single-qubit and two-qubit Pauli measurements and single qubit Clifford gates;
Dependencies are inferred from the claim text.