Graduated in Physics from the University of São Paulo (2024). Currently a PhD student at the Instituto de Física da USP (Physics Institute). Works on the development of instrumentation for applications in nuclear physics. Works with hydrodynamic simulation in GEM detector chambers with an emphasis on optimizing the gas flow aiming for greater renewal of the transfer regions. It develops auxiliary electronics for GEM detectors, such as high voltage sources and sensors for monitoring gas state variables - such as temperature pressure - in order to guarantee stability of high voltage and detector gain in uncontrolled operating conditions. Develops simulations of the signal induced in the acquisition electronics (e.g. SAMPA chip) using free software such as Gmsh, Elmer and Garfield++. (Source: Lattes Curriculum)
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GEM-based detectors are part of the category of micro-segmented detectors widely used in high-energy physics and nuclear physics experiments. The GEM is composed of a kapton foil coated with a copper layer on both sides and perforated using lithography techniques. Due to its geometry, it can achieve gains on the order of 10^4. The HEPIC group at the Institute of Physics at USP is developi…
Gas detectors are fundamental components present in all experiments in high energy physics. Over the past few years, investments have been made in the development of detectors with excellent spatial resolution, high signal rate counting capability and resistance to damage due to radiation. In the ALICE experiment, experiments are conducted in order to study heavy ion collisions. An upgrad…
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CV Lattes
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