/qiskit-metal-qubit-design

Designing a superconducting quantum processor using Qiskit Metal

Primary LanguageJupyter NotebookMIT LicenseMIT

4-qubit Quantum processor Design using Qiskit Metal

Designing a 4-qubit superconducting quantum processor using Qiskit Metal.

Results after LOM Analysis

Qubits

Qubit Frequency (GHz) Anharmonicity (MHz) E_J (MHz) E_C (MHz) E_J/E_C T1 (us)
Q1 5.038986 -296.183928 13616.300 258.992882 52.574 103.9605
Q2 5.106990 -305.476596 13616.300 266.471547 51.098 50.2421
Q3 5.216237 -320.804891 13616.300 278.739167 48.849 52.0519
Q4 5.305863 -333.756017 13616.300 289.038656 47.109 77.0337

Coupling Resonators

Resonator Frequency (GHz)
CPW1 (Q1,Q2) 7.42
CPW2 (Q2,Q3) 7.36
CPW3 (Q3,Q4) 7.35
CPW4 (Q1,Q3) 6.73
CPW5 (Q2,Q4) 7.74

Readout Resonators

Resonator Frequency (GHz)
OL1 6.98
OL2 6.96
OL3 6.98
OL4 7.19

NOTE:

This project is under progress and is subject to changes.