Since 2018 he is a Professor Doctor at University of Sao Paulo. He got his PhD in Physic from Centro Brasileiro de Pesquisas Físicas (CBPF) (2003). He worked as Scientific collaborator in the group of Quantum Magnetism from Ecolé Polytechnique Fédérale de Lausanne (Suica, 2007-2009), Senior Scientist in the Institute of Solid State Physics at the Technische Universitat Wien (Austria, 2010-2014) and Visitor Research at CBPF (2015-2017). He has expertise in multidisciplinary experimental methods under extreme conditions: Mossbauer spectroscopy, Syncrotron, uSR, electrical and thermal transport, magnetic susceptibility, specific heat under high pressure, high magnetic field and very low temperature. His research is focused on strongly correlated electron materials (heavy fermions, superconductors, frustrated quantum magnetsm, superconductors) with emphasis on forefront subjects in condensed matter physics: frustrated quantum magnetism, quantum phase transition, superconductivity and novel topological phases of matter. (Source: Lattes Curriculum)
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Exploiting common scientific objectives and complementary technical expertise and experimental capabilities, we aim to establish a synergistic collaboration between École PolytecniqueFédérale de Laussane (EPFL)'s Laboratory for Quantum Magnetism (LQM) and University of São Paulo (USP)'s Laboratory for Quantum Matter under Extreme Conditions (LQMEC), which is potentially launched to be the…
The aim of this proposal is to add new areas of research in the Institute of Physics of the University of São Paulo (IF-USP). This proposal covers the investigation of topologically nontrivial and exotic quantum phases in strongly correlated electron systems (SCES) close to a quantum phase transition and, the setting of physical property measurements under multiple extreme conditions: ver…
A detailed understanding of the physics underlying permanent magnetism is of major importance for the development of new high-tech materials for applications ranging from efficient data storage and transport to generation and distribution of energy. In this context, we propose an investigation of the magnetic and structural properties of nanocrystalline samples in the solid solution Sm$_{…
This postdoc project focuses on the development of new strategies to synthesize stronglycorrelated electron systems (SCES), from mesoscopic to nanoscopic scale, and to investigatetheir physical properties with local-probe and bulk experimental methods with the aim toovercome current issues in the realization of quantum materials that host topological andcorrelated quantum states.The selec…
The thesis project of the PhD candidate, Aryella Faé Rabello (hereafter called as DD3 candidate) will deal with a current hot problem in Condensed Matter Physics: to understand the low-lying energy scales that account for an entanglement of spin and electron degrees of freedom responsible for the emergence of novel quantum phenomena and topological states. In order to reach our goals, we …
This project aims to develop some technicalities to realize a Thermal Transport Option (TTO) working with the two-omega and three-omega -AC method under extreme conditions. In order to reach our goals we involv the undergraduate student Guilherme Damacena de Castro with one of the Scientific Initiation (IC2) fellowship linked with our cur…
The thesis project of the PhD candidate, Cauê Kaufmann Ribeiro would deal with a current puzzle in Condensed Matter Physics: the understanding of the underlying physics accounts for a Quantum Phase Transition (QPT) and emergent novel quantum phenomena. In order to overcome this challenge, we propose to investigate two selected strongly correlated electron systems under non-canonical tunin…
The thesis project of the PhD candidate, Fernando de Almeida Passos (hereafter called as DD2 candidate) is going to deal with a current puzzle in condensed matter physics: to understand the physical mechanisms that account for an entanglement of spin degrees of freedom and novel states of matter close to a Quantum Phase Transition (QPT). In order to reach our goals, we propose to investig…
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The present research internship abroad (BEPE FAPESP) project aims to realize and learn state-of-the art experimental methods under extreme conditions, i.e., very low temperatures (down to 0.5 K), uniaxial strain, and high magnetic fields. The aim is to investigate the fate of electron localization and its role in the formation of novel correlated electronic and magnetic states. The Intern…
The present Research Internship Abroad (BEPE FAPESP) project aims to realize and learn state-of-the-art experimental methods under simultaneous extreme conditions (ultra low-temperatures TThe present Research Internship Abroad (BEPE FAPESP) project aims to realize and learn state-of-the-art experimental methods under simultaneous extreme conditions (ultra low-temperatures T, high pressure…
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| 2 / 2 | Ongoing scholarships in Brazil |
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| 2 / 2 | Ongoing scholarships abroad |
| 12 / 12 | All research grants and scholarships |
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CV Lattes
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