PhD student at the Institute of Physics at the University of São Paulo (IFUSP), Department of Materials Physics and Mechanics (DFMT). Investigates symmetry breaking in quantum materials. Holds a degree in aerospace engineering and a bachelor's degree in Science and Technology from the Federal University of ABC, as well as being a student at the Bachelor's degree in Physics from the same institution. Conducted graduate research projects in the following areas: ab-initio calculation of surface states in the topological insulator Bi2Se3 using DFT with a CNPq scholarship (PIBIC), new materials based on graphene oxide for hydrogen adsorption using DFT with a CNPq scholarship (PIBIC), calculation of electronic and magnetic properties of FeO using DFT with a CNPq scholarship (PIBIC), oxide embedding formation in previously aluminized AISI 304L steel in the "Researching Since Day One" program (PDPD) with a UFABC scholarship, and study of the relationship between different produced aluminides and the growth of their respective oxides in the PIC program with a UFABC scholarship. Holds a private pilot's license, certified by ANAC (255382), and served as a teaching assistant for the course 'Quantum Physics' at UFABC. (Source: Lattes Curriculum)
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This project proposes a theoretical approach to investigate symmetry breaking in quantum materials, with a focus on strongly correlated systems and the search for signatures of superconductivity in crystalline compounds. The project involves a comparative analysis of different computational methods, including Density Functional Theory (DFT), DFT+U, DFT+DMFT, and Symmetry Breaking (SB), ap…
Doping is a central strategy in tuning the electronic properties of quantum materials, often giving rise to emergent phenomena such as unconventional superconductivity or metal-insulator transitions, for example. However, understanding how the doped charge carriers interact with the lattice and the pre-existing electronic structure remains a significant challenge-particularly due to the p…
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