Five projects, newest first.
Master's thesis (since 04/2026), following a research-assistant position on the same project. Design and characterization of large-scale, modular superconducting qubit devices built with 3D integration.
Two-level-system defects limit transmon coherence. On-chip electrodes apply DC/AC fields to move TLS away from the qubit frequency, and on-chip low-pass filters keep the electrodes from adding loss. I designed the qubits and filters (GDSpy, Ansys HFSS).
At Quantum Motion (London): parameter extraction of silicon spin qubits at cryogenic temperatures and RF reflectometry readout.
At the Zumbühl lab (Basel): cryogenic measurements of Intel's Tunnel Falls chip.
Semester project: COMSOL simulations of gate-defined Josephson junctions in magic-angle twisted four-layer graphene (MAT4G), and dipstick characterization of MATBG devices. Co-author on the resulting Josephson diode preprint.
Magnetic levitation above a YBCO disk cooled in liquid nitrogen, together with a magnetostatic simulation of the field.