Pedro Vinicius Pinho Nascimento

Graduation in Physics at UNICAMP (2020). As a final undergraduate project I presented molecular dynamics ab initio (DFT - Functional Density Theory) simulations of superionic ice that possibly exist in the inner layers of super giant planets like Uranus and Neptune and that can explain their anomalous magnetic fields. I have experience in nano-manufacturing of III-V devices using optical lithography and electron beam techniques and dry and chemical corrosion. I am interested in Physics and Physics Engineering, with an emphasis on Microelectronics, Nanophotonics, and Physics of Semiconductor Materials. I was part of a Scientific Initiation on Resonant Microcavities and Whipering Gallery Modes working on semiconductor lasers, as well as a research period at CEITEC (Central European Institute of Technology) in Brno, Czech Republic, where I collaborated on preparation of plasmonic platform that allowed the study of the interaction between artificial cell membranes and small particles (Source: Lattes Curriculum)