I am an Engineering Physicist, graduated from the Federal University of Rio Grande do Sul, currently pursuing a master's degree in Quantum Information at Sorbonne University, with experience in application development from my previous role at IBM. I am particularly interested in exploring quantum algorithms and optimization techniques, with a focus on quantum information theory, to advance the understanding and practical applications of quantum computing in solving complex computational problems.
The Master's in Quantum Information (QI) at Sorbonne University offers an advanced interdisciplinary program designed to provide students with a strong foundation in quantum mechanics, quantum computing, and quantum information theory.
The Engineering Physics program aims to train professionals with solid conceptual and practical knowledge in Physics, Mathematics, computational methods, and Engineering skills; innovate in areas such as metrology, instrumentation, vacuum technology, physical characterization of materials, microfabrication, photonics, and semiconductors. Engineering Physics is the application of Modern Physics in the Engineering of technological innovations.
Thesis title: Grover's Search Algorithm: Comparative study of the performance of quantum hardware made available by IBM, Microsoft, and Amazon.
The course provided a learning experience focused on the mathematics of quantum theory, emphasizing complex quantum many-body systems and quantum information theory. Participants explored the latest advancements in these fields, developed interdisciplinary collaboration, and engaged in peer-feedback through online group work. The program culminated in a Master Class at the University of Copenhagen, where students presented essays on selected research articles as posters. My group's project focused on exploring the topic of hidden non-locality.
This two-semester program provided a comprehensive introduction to quantum computing, with topics including quantum mechanics, coding in Qiskit, and applications of quantum computing.
The program offers Brazilian students the opportunity to engage in research learning and practices aligned with international standards within an online environment. Participants are guided through the academic writing process and are required to write an international scientific article to be published at INCBAC official platforms. My project focused on solving the Traveling Salesman Problem (TSP) using Quantum Computing.