I have a Bachelor's degree in "Ciências Moleculares" by University of São Paulo (USP). Initially, studied at the Physics course on Universidade de São Paulo (February 2017), remaining the first six months there until I have participated on the internal selection among USP students for the Molecular Sciences course (August 2017), a course that aims to train researchers interdisciplinary abilities to students that are interested in scientific research. During my graduation on this course I have studied for the first two years math, biology, computer science (mainly using C language), physics and chemistry. Through the last two years, I have decided to deepen my knowledge in the physics field, focusing at High Energy Physics and Cosmology. In addition, I had the opportunity to do a remote internship at CERN, where we developed a binary jet classifier using an NN. Currently, I am developing the studies for my PhD associated with the SPRACE (São Paulo Research and Analysis Center) group, within IFT-Unesp, with the support of FAPESP (The São Paulo Research Foundation). Within this scope, I continue to develop my work in coordenation with my in-person internship at CERN, subsidized by the BEPE (Research Internships Abroad) fellowship. (Source: Lattes Curriculum)
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The strongest evidence in favour of the existence of Dark Matter (DM) is the obser- vation that the dynamics of large, gravitationally bound systems - galaxies and galaxy clusters - seem to be incompatible with their observed matter distribution. Another ev- idence for dark matter is the global fit of the parameters of the standard cosmological model, which implies a physical density of d…
The existence of physics beyond the standard model (BSM) has been hinted from neighbouring fields, like cosmology, for quite some time. Observing evidences of these new phenomena in collider experiments, or imposing limits on new theories in their absence, is one of the main challenges of contemporary high energy physics. One possible BSM scenario is that of the realization of dark matter…
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