Invention Grant
- Patent Title: Decoding-based method for quantum circuit optimization
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Application No.: US16070309Application Date: 2017-01-25
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Publication No.: US10650178B2Publication Date: 2020-05-12
- Inventor: Michele Mosca , Matthew Edward Joseph Amy
- Applicant: Michele Mosca
- Applicant Address: CA Waterloo
- Assignee: Michele Mosca
- Current Assignee: Michele Mosca
- Current Assignee Address: CA Waterloo
- Agency: CPST Intellectual Property
- Agent Brett J. Slaney
- International Application: PCT/CA2017/050076 WO 20170125
- International Announcement: WO2017/127923 WO 20170803
- Main IPC: G06F17/50
- IPC: G06F17/50 ; G06N10/00 ; G06F30/327 ; B82Y10/00 ; G06N99/00 ; G06F30/30 ; G06F30/337 ; G06F30/373 ; G06F30/398 ; B82Y40/00 ; G06F17/16

Abstract:
Quantum circuits include quantum gates that require a certain amount of physical resources. It is desirable to reduce the number of certain quantum gates in order to improve the hardware efficiency of a quantum circuit. A system and a method are provided for synthesizing a quantum circuit that includes the operations of determining an ordered set or vector of phase coefficients and specifying a linear permutation. The operations also include determining a sequence of CNOT and Rz gates using the set of phase coefficients and the linear permutation, such that the number of Rz gates is reduced.
Public/Granted literature
- US20190018912A1 Decoding-Based Method for Quantum Circuit Optimization Public/Granted day:2019-01-17
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