Analysis of the transmon-cavity system used in our lab.
Comparison of a half Tesla cavity to a full Tesla cavity. Checking for quality factors, life-times and dissipation using both a volume integral method (modeling the dirt as a 3D object) and surface integral method (integrting the surface of the cavity to analyze the dirt).
Analysis of the coupling between the transom and the readout strip-line.
Note: For this to work you need pyEPR version from after 19/05/2020 (see this commit).
GDS design of chip used to test the cavity with a coil instead of a real transmon. "Fake" (linear) transmon-readout chip on a saphire substrate.
Simulations and analytical solutions of the dephasing problem, used to imporve the dephasing time of the cavity in the transmon-cavity system.