CV Lattes
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Universidade de São Paulo (USP). Instituto de Física (IF) (Institutional affiliation from the last research proposal) Birthplace: Brazil
Holds a Bachelors degree in Engineering Physics from the Federal University of São Carlos (2013), including a study-abroad term at Westfälische Hochschule (2012), Germany; a Masters degree in Physics from the University of Campinas (2016); and a Ph.D. in Applied Physics from the same university (2021), with a visiting Ph.D. period at Delft University of Technology (2019-2020), Netherlands. He was a postdoctoral researcher at ETH Zürich, Switzerland, from 2021 to 2024.His doctoral thesis was awarded the José Leite Lopes Prize for Best Doctoral Thesis, from the Brazilian Physics Society, in Optics and Photonics (2022) and received an Honorable Mention in the general category of the same prize in the same year. In 2021, he was selected as an ETH Zürich Fellow. In 2022, he was named an Ambassador of Optica, the international society for optics and photonics, in recognition of his scientific contributions and commitment to public outreach in optics and photonics. He serves as a peer reviewer for several journals, including Nano Letters, Scientific Reports, Optica, Optics Continuum, and the Brazilian Journal of Physics. In 2025, he was elected vice-chair of the Quantum Computing Technical Group from the international scientific society Optica. He is currently the principal investigator of the Engineered Quantum Control Systems Lab (EQCOS-LAB), based at the Institute of Physics at the University of São Paulo. The group was founded in 2025 by the researcher with funding from the special FAPESP-QUTIA call to build laboratories dedicated to quantum technologies in the state of São Paulo. His experience is in Physics, with an emphasis on quantum technologies, working mainly on the following topics: optomechanics, superconducting qubits, acoustic oscillators, and photonic crystals. (Source: Lattes Curriculum)
| Articles published in Pesquisa para Inovação FAPESP about the researcher: |
| FAPESP aims to boost the development of quantum technologies in Brazil |
| Study paves way for development of advanced quantum networks |
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| News published in Agência FAPESP Newsletter about the researcher |
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Achieving long-distance, efficient and faithful quantum communication is a major step for the quantum information community. It will allow the interconnection of different quantum processing units, an important step for the implementation of a quantum internet. Moreover, it will help to improve the processing capacity of quantum computers, allowing them tomultiplex and parallelize operati…
Achieving long-distance, efficient and faithful quantum communication is a major step for the quantum information community. It will allow the interconnection of different quantum processing units, an important step for the implementation of a quantum internet. Moreover, it will help to improve the processing capacity of quantum computers, allowing them tomultiplex and parallelize operati…
In this proposal, linked to the Young Investigator Project 2024/08455-1, we will explore optomechanical coupling with surface acoustic waves, which is an integral part of the electro-opto-mechanical transducer project proposed by the research group. The student involved in this undergraduate research project will study elements of optomechanics and perform computational calculations to un…
In this proposal, linked to the Young Researcher project 2024/08455-1, we will explore the use of piezoelectric interfaces for the generation of surface acoustic waves, an integral part of the electro-opto-mechanical transducer project proposed by the research group. The undergraduate student involved in this scientific initiation project will develop electromechanical simulations using f…
Electromechanical systems working in the quantum regime are at the forefront of several scientific and technological developments in the field of experimental quantum information. These systems can help to interconnect distinct quantum processing units, forming an important part of a distributed quantum computing network. Several groups are developing microwave-optical quantum transducers…
(Only some records are available in English at this moment)
We propose the study and development of optomechanical microcavities in distinct materials and geometries. Several systems will be explored, such that the piezoeletricity and the photoelasticity can be used to improve the optomechanical coupling. We aim to achieve the induced strong coupling regime, where non-classical phenomena can be observed. (AU)
We propose the development of theoretical studies on optical and mechanical cavities. We will focus on the development of optomechanical cavities that allow to raise the coupling between mechanical vibration and optical modes. We will study how this coupling depends on geometry and material that compose these systems. (AU)
Here we propose a plan to train and educate a bright and motivated undergrad (IC) student in a new state of the art hybrid trap, recently developed in our lab. At same time, this proposal will help us to complete the characterization and optimization of our new apparatus. The plan involves both experimental and numerical modeling work, by the student, and aims at assisting in developing n…
We propose the study, fabrication and characterization of integrated single-phonon waveguides. Generation and read-out of phonons will be performed using single photons in optomechanical microcavities coupled to the waveguides.