4-qubit Quantum processor Design using Qiskit Metal

Designing a 4-qubit superconducting quantum processor using Qiskit Metal. For full presentation: Click here

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

This project is under progress and is subject to changes.

Name		Name	Last commit message	Last commit date
Latest commit History 8 Commits
Presentation		Presentation
ansys_renders		ansys_renders
capacitance_matrices		capacitance_matrices
design-process-screenshots		design-process-screenshots
graphs		graphs
new graphs		new graphs
.gitignore		.gitignore
LICENSE		LICENSE
README.md		README.md
design1.ipynb		design1.ipynb
design1_qubits_analysis_EPR.ipynb		design1_qubits_analysis_EPR.ipynb
design1_qubits_analysis_LOM.ipynb		design1_qubits_analysis_LOM.ipynb
design1_resonators_analysis_EPR.ipynb		design1_resonators_analysis_EPR.ipynb
hfss_eig_f_convergence.csv		hfss_eig_f_convergence.csv
new_LOM_Analysis.ipynb		new_LOM_Analysis.ipynb
params.md		params.md
shot.png		shot.png
shot750.png		shot750.png