Global control for quantum computing systems
AssigneeDiraq Pty Ltd
InventorsAndrew Dzurak, Jarryd James Pla
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Abstract
Systems and methods for controlling one or more qubits in a quantum processor are disclosed. The system comprises a quantum processor comprising one or more spin-based qubits; and a dielectric resonator positioned in proximity to the quantum processor. The dielectric resonator provides a magnetic field. The quantum processor is positioned in a portion of the magnetic field provided by the resonator such that the portion of the magnetic field controls the spin transitions of the one or more spin-based qubits of the quantum processor.
Claims21
A system for controlling one or more qubits in a quantum processor, the system comprising:
- a quantum processor comprising one or more spin-based qubits;
- and
- a dielectric resonator positioned in proximity to the quantum processor, the dielectric resonator providing a magnetic field, and
- the quantum processor being positioned in a portion of the magnetic field provided by the dielectric resonator such that the portion of the magnetic field controls the spin transitions of the one or more spin-based qubits of the quantum processor.
A method comprising:
- controlling one or more spin-based qubits in a quantum processor using a system, wherein the system including:
- the quantum processor comprising the one or more spin-based qubits;
- and
- a dielectric resonator positioned in proximity to the quantum processor, the dielectric resonator providing a magnetic field, and
- the quantum processor being positioned in a portion of the magnetic field provided by the dielectric resonator such that the portion of the magnetic field controls the spin transitions of the one or more spin-based qubits of the quantum processor.
Dependencies are inferred from the claim text.