Bachelor's degree in Physics from USP, with undergraduate research experience in particle physics. I am currently doing a PhD at the Experimental Physics Department (FEP) at USP, specializing in experimental particle astrophysics. My research focuses on neutrino detection in liquid argon detectors and its potential connection to dark matter detection, in collaboration with the dark matter research group known as RED USP. (Source: Lattes Curriculum)
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Sources at Earth and outside our planet generate neutrinos with an energy spectrum that goes from hundreds of MeV to tens of TeV. With the increase in size of detectors used for dark matter (DM) searches, it has been soon recognized that these detectors would at some point start seeing events associated to the flux of neutrinos produced in the sun, in the Earth's crust (geo-neutrinos), in…
As a consequence of the non perturbative character of QCD in the intermediate energy region, the use of effective field theories to study hadron systems at those energies has become a very powerful tool nowadays. In recent years, these theories have been very relevant in the study of different states whose properties can be understood in terms of the interaction between two hadrons, formi…
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