Berkeley, California, United States
Develop novel methods for creating high-quality superconducting qubits at the Quantum Nanoelectronics Laboratory. - Design a materials chip to investigate limiting factors which constrain qubit lifetimes and gate fidelities - Create protocols to characterize and mitigate crosstalk
Bring quantum computing to a larger audience, host events such as lab tours and talks, and carry out student-led research at the intersection of hardware and theory. Organized Deep Tech Conference for student researchers in Apr 2023 with over 70 people registered.
Analyze how home ventilations and configurations affect SARS-CoV-2 particle distributions using CONTAM, Python, and MATLAB. Ranked 1st in poster presentation out of ~50 students by NIST Sigma Xi Chapter.
Assist post doctorate in the Dickinson Lab to research how motor neurons control fruit fly flight by performing experiments in which I collected flight orientation data using Axoscope and analyzed with Python.