I hold a technical degree in Chemistry from Fundação Indaiatubana de Educação e Cultura, and a Bachelor's and Master's degree in Physics from the State University of Campinas (UNICAMP). During my undergraduate studies, I participated in two scientific initiation projects in Condensed Matter Physics, focusing on enhancing devices for quantum computing. I have teaching experience, having worked as a teaching assistant for undergraduate courses. Currently, I am pursuing my Ph.D. in Physics at UNICAMP, conducting research on superconducting quantum devices, with an emphasis on the study and implementation of resonant cavity lattices applied to quantum simulation. I have a strong command of a range of practical tools and techniques, including the integration of ANSYS, Qiskit Metal, Klayout, and Autodesk for device design and simulation, operation of advanced laboratory equipment such as thin-film evaporators, dilution refrigerators, and wire bonders, as well as proficiency in cleanroom techniques and knowledge of the Python programming language. (Source: Lattes Curriculum)
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This research project aims the development of low-pass filters to remove spurious signals that are created by nonlinearities in the components of superconducting circuitry. We intend to develop filters and incorporate then into the system in order to remove spurious frequencies that can create control errors or qubit transitions. The broader goal of this IC project is to train students in…
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