In my Master's degree I studied the magic-angle bilayer twisted bilayer graphene system, focusing on its symmetries, topology, and applying numerical analysis to calculate its electronic properties.• Worked on developing C++ code to deal with the heavy part of the calculations of the electronic system, and used a lot of Python and Bash scripts to analyze data and automate tasks.• Obtained new results on a side topic involving the Hubbard Model in a Bethe lattice. The paper will be published soon.• Leading author who managed the project using LaTeX and Git.• Collaborated with researchers from USP, UNESP and UFF.• Advisor: Prof. Dr. Luis Gregório G. V. Dias da Silva - USP

Student Tutor (Monitor) of the undergraduate courses Physics I (4302111, 4323101) and Physics II (4323102).

In this Scientific Initiation project I studied the evolution of neutrino flavors, developing numerical simulations to analyze solar neutrinos and reactor antineutrinos detected at the KamLAND japanese experiment.• Developed C and Python numerical code to calculate neutrino flavor evolution, by solving stiff differential equations. • Managed the project with other students using GitHub and LaTeX, available at https://github.com/matmarqs/neutrino-ic.• Presenter at the International Symposium on Scientific and Technological Initiation (SIICUSP).• Advisor: Profa. Dra. Renata Zukanovich Funchal - USP