Bachelors degree in Engineering Physics (2013) at the Universidade Federal de São Carlos (UFSCar) and the Direct PhD in Physics (2020) at the Instituto de Física de São Carlos Universidade de São Paulo (IFSC-USP). During the PhD the research addressed the light-matter interaction, with a two-level atoms cloud in free space interacting trough light. The transition from the classical linear optics model to the quantum non-linear model was investigated focusing on the correlations between pairs of atoms. I am interested in open quantum systems, especially with dissipation operator in Lindblad form, numerical simulation of many-body systems and truncated or approximated methods to reduce the degrees of freedom, só the system can be treated numerically with cluster computing. I have experience in python programming, basic knowledge of c/c++ programming language and asynchronous parallelization with MPI. During the doctorate there were two exchanges: a 6 months internship in Strasbourg (France) and a 2 months internship in Nice (France). (Source: Lattes Curriculum)
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This project corresponds to the final phase of the Direct PhD of the candidate, which started in July 2015, and will end in July 2018 due to the conclusion of the Young Researcher Project of the supervisor. The candidate will conclude three projects which are well advanced. The first addresses subradiance and superradiance in clouds of saturated atoms. The second, initiated during a BEPE …
This DD project aims at studying the propagation of dipolar excitations and quantum correlations in a cloud of cold atoms. We are interested in the regime where superradiant effects are dominant compared to diffusive ones, when light-mediated long-ronge interactions take over between the light scatterers. We will use both mathematical techniques, such as Lieb-Robinson bounds, and numerica…
The purpose of the present project is to study the basic properties of spin-dependent electron transport. Initially, results well established in the literature will be reproduced by different numerical methods. Afterward, the student will investigate the electronic transport through a potential that can induce a spin-flip. The results obtained from this investigation will be useful as the…
This project aims at investigating the intensity of the emitted far-field by dilute atomic clouds where the light-mediated long-range interaction predominates. Spontaneous emission and interference effects then play an important role, differently from subwavelength systems of Rydberg atoms, yet the multiple scattering of light allows for remote atoms to exhibit correlations. During this i…
This project aims at investigating blockade effects (i.e., the presence of an excited atom preventing the excitation of its neighbours) in dilute atomic clouds where the light-mediated long-range interaction predominates. Spontaneous emission and interference effects then play an important role, differently from subwavelength systems of Rydberg atoms, yet the multiple scattering of light …
| 3 / 3 | Completed scholarships in Brazil |
| 2 / 2 | Completed scholarships abroad |
| 5 / 5 | All Scholarships |
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CV Lattes
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