CV Lattes
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Universidade de São Paulo (USP). Instituto de Física (IF) (Institutional affiliation from the last research proposal) Birthplace: Brazil
graduate at from Universidade de São Paulo (2000), master's at Física from Instituto de Física da USP (2003), ph.d. at Física from Instituto de Física da USP (2006) and ph.d. at Física from Universidad de Granada (2005). He is associate professor at Institute of Physics of University of São Paulo and his research focuses on nonequilibrium phase transitions and stochastic thermodynamics. (Source: Lattes Curriculum)
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This research project is divided in four parts and its main purpose is to study the thermodynamics and efficiency of different classes of nanoscopic systems. In the first and second parts, we intend to study different systems described by master equations subject to different worksources as well as the statistics of power, efficiency and dissipation of systems operating collectively. Such…
The research project aims at tackeling distinct (and timely) problems within the framework of stochastic thermodynamics. In the first part, we intend to advance in the statistics of entropy production and fluxes at the phase coexistence regimes. In the second part, we shall investigate distinct protocols for optimizing the performance of brownian machines at finite times. In the last par…
The present research project aims advancing in the study of discontinuous transitions with Z2 up-down systems. In the first part, we shall analyze the phase transitions in terms of the entropy production. In the latter, we will study distinct kinds of temporal disorder in the above system as for continuous transitions as discontinuous ones. (AU)
This project aims to acquire a reliable computational structure in the group of Statistical Mechanics of IFUSP, in which I become professor in 2014, in order to provide the development of my researchproject and those from my coworkers. Regarding the subject, we shall study distinct sort of systems in the scope of Statistical Mechanics. In the first part, we give a further step in the deve…
The present PHD project is aimed at studying nonequilibrium systems presenting collective behavior and will be divided in three parts.In the first part, the thermodynamics and performance of different models presenting collective behavior will be investigated. We intend to obtain the phase diagram as well as the thermodynamic and statistical properties of power and efficiency in each on o…
This PHD project project aims at studying systems presenting collective behavior and will be structured in two parts. The first part consists of addressing thermodynamics and performance of collective systems composed of interacting Brownian particles subject to nonlinear forces and master equation systems subjected to finite reservoirs. In the latter case, we intend to study the statisti…
This PHD project aims at studying, from different approaches, the thermodynamics, efficiency and statistics of heat engines operating out of equilibrium. Started in the undergraduate project (FAPESP 2021/13287-2), in which we introduced a new class of efficient heat engines operating collectively from ordered arrangements/structures, we intend to advance in this by investigating three di…
This master project aims at studying of thermodynamic properties, efficiency and bounds for thermal machines composed of interacting particles/entities. Started in the undergraduate project, we intend to advance in three different directions: interacting Brownian particles under periodicically drivings in order to promote the conversion of heat into output work, interacting systems disp…
This undergraduate research project aims at studying, by means of different approaches, thermodynamics properties and efficiency of no equilibrium thermal machines composed of interacting particles subject to different types of directed forces ({\it drivings}).In the first part, each particle is simultaneously placed in contact with a distinct thermal bath and subject a different and cons…
This project aims at obtaining the nonequilibrium thermodynamic properties of systems subject to periodically driven forces. In the first part, we intend to obtain such a properties and second to establish general considerations about effiency at finite times. In particular we shall investigate the following cases: interacting brownian particles and non-interacting brownian particles subj…
(Only some records are available in English at this moment)
The present bilateral (BEPE) master project, aimed at advancing in the realm of nonequilibrium thermodynamics and strengthening the scientific collaboration between our research group and the Niels Bohr Institute of Physics, is divided into two parts: First, we intend to study the thermodynamic properties of machines composed of interacting quantum dots (QDs) beyond the mean-field case …
In this project we propose the study of the maximal efficiency and its attainability in multiterminal machines (machines that have more than one input and one more than one output) when not all degrees of freedom are available. We employ the formalism of the effective thermodynamic theory developed by Polettini and Esposito. We intend to apply the main results to the study of the efficien…
| 1 / 1 | Ongoing grants |
| 3 / 3 | Completed research grants |
| 3 / 3 | Ongoing scholarships in Brazil |
| 9 / 5 | Completed scholarships in Brazil |
| 2 / 2 | Completed scholarships abroad |
| 18 / 14 | All research grants and scholarships |
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