Bachelor in Physics from the Gleb Wathagin Institute of Physics IFGW of Unicamp (2010). Master's degree in Physics at the same institution (2013), on the subject of quantum dissipation and macroscopic quantum phenomena. PhD in Physics from the Physics Institute of São Carlos IFSC at USP (2017), on atomic physics and cold atoms, with exchange period at Newcastle University, UK (2015). Nowadays, focusing on the subject of light-matter interaction, in particular in systems where quantum correlations are relevant. (Source: Lattes Curriculum)
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Quantum many-body physics is still an emerging field, largely unexplored, with a huge potential for applications in quantum simulations and quantum computing. In this context, systems of cold atoms, with light-mediated interactions between them, are particularly promising platforms due to their controllability and low decoherence. Such ``effective coupled dipole'' systems remain very chal…
This project aims at investigating the promising novel platform of trapped Rydberg ions for applications in quantum technologies. Recent experiments introduced this platform as hybrid systems, merging the best of two worlds: fast entangling operations, when exploring strong dipole-dipole interactions of Rydberg excitations, and high-fidelity gates when dealing with the collective motional…
The main purpose of this scientific initiation project is to investigate the effect of Rydberg excitations on the classical dynamics of mechanical waves propagating in different arrangements of ion crystals. Classically, the problem of ions interacting via Coulomb forces can be mapped to a coupled mass-spring system, with their collective motion decomposed into a set ofnormal modes. There…
This project addresses bipartite entanglement and blockade effects in cold and dilute atomic clouds scattering light. These systems exhibit long-range interactions which result in extended collective modes, despite the two-atom interaction being weak. Our goal is to investigate the potential of these systems to generate entanglement at the scale of the system, as well as blockade effects …
In this research internship abroad project we address the possibility of generating entanglement and other phenomena resulting from quantum correlations in cold atomic ensembles scattering light, focusing on the dilute limit, where dipole-dipole interactions are dominated by the far-field terms. Atomic clocks in optical lattices are particularly interesting platforms to implement this lim…
| 2 / 2 | Ongoing grants |
| 2 / 2 | Ongoing scholarships in Brazil |
| 1 / 1 | Completed scholarships in Brazil |
| 1 / 1 | Completed scholarships abroad |
| 6 / 6 | All research grants and scholarships |
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