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US Patent 10031791 Systems and methods for quantum computation using random compiling

Patent 10031791 was granted and assigned to Quantum Benchmark on July, 2018 by the United States Patent and Trademark Office.

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Is a
Patent
Patent

Patent attributes

Patent Applicant
Quantum Benchmark
Quantum Benchmark
Current Assignee
Quantum Benchmark
Quantum Benchmark
Patent Jurisdiction
United States Patent and Trademark Office
United States Patent and Trademark Office
Patent Number
10031791
Date of Patent
July 24, 2018
Patent Application Number
15882300
Date Filed
January 29, 2018
Patent Citations Received
‌
US Patent 11880743 Synthesis of a quantum circuit
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US Patent 11775854 Characterizing crosstalk of a quantum computing system based on sparse data collection
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US Patent 11836573 Systems and methods for use of a maximally sensitive set of states to identify coherent errors in a quantum system
0
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US Patent 11868846 Quantum computing simulation using comparative rejection sampling
0
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US Patent 10838792 Systems and methods for reconstructing noise from pauli fidelities
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US Patent 10908885 Quantum compiler
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US Patent 11580000 Systems and methods for local randomized benchmarking
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US Patent 11023638 Method for reducing cost and increasing accuracy of variational quantum circuit optimization
...
Patent Primary Examiner
‌
Marc Duncan
Patent abstract

Systems and methods for executing a quantum computation comprising a plurality gates on a quantum information processor are provided. An initial quantum-logic gate sequence comprising the plurality of gates is received. Then, for each instance in a plurality of instances, a procedure is performed. In each instance of the procedure a respective modified quantum-logic gate sequence is generated by applying a virtual random gate to a first single-qubit gate in the plurality of gates. The respective modified quantum-logic gate sequence is then executed on the quantum device to obtain a respective outcome. The respective outcome across the plurality of instances of the procedure is averaged to obtain a noise-tailored outcome for the initial quantum-logic gate sequence.

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