4-qubit Quantum processor Design using Qiskit Metal
Designing a 4-qubit superconducting quantum processor using Qiskit Metal.
For full presentation: Click here
![](./shot.png)
Results after LOM Analysis
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 |
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 |
Resonator |
Frequency (GHz) |
OL1 |
6.98 |
OL2 |
6.96 |
OL3 |
6.98 |
OL4 |
7.19 |
This project is under progress and is subject to changes.