CV Lattes
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Universidade de São Paulo (USP). Instituto de Física de São Carlos (IFSC) (Institutional affiliation from the last research proposal) Birthplace: Brazil
He holds a Bachelor's degree in Physics, with an emphasis on theoretical/experimental training from the Institute of Physics at São Carlos (2006). He obtained his Master's degree in Applied Physics also from the Institute of Physics at São Carlos (2008). He earned his PhD in 2011 through a double-degree program between the University of São Paulo and Technische Universität Darmstadt, Germany. On the German side, he received the "Summa cum Laude" distinction, the highest honor awarded in the German academic system. He conducted postdoctoral research at Technische Universität Darmstadt and the Institute of Physics at São Carlos, focusing on understanding transport processes influenced by different morphologies in polymeric systems. He also carried out a postdoctoral fellowship at Stanford University, working in the field of bioelectronics and neuromorphic memories. He has expertise in organic electronics and bioelectronics, with an emphasis on materials and devices based on mixed conductors. He is currently an Associate Professor at the Institute of Physics at São Carlos. (Source: Lattes Curriculum)
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The main objective of this project is to foster the development of the interface between organic electronics and biology by advancing the understanding of the physics, materials science, and engineering involved, as well as the development of devices for specific applications. The field known as Organic Bioelectronics has gained considerable attention, mainly due to its promising use in d…
Inkjet Printed complementary inverters based on organic electrochemical transistors (OECT - organic electrochemical transistor) are the device of choice for building logical, sophisticated and intelligent bioelectronic devices. However, to reach this level, challenges must be overcome. Among them, this project will investigate the mechanisms of operation of these devices, the physics of t…
The use of conductive polymers has become popular in several areas of activity, with PEDOT:PSS being the most prominent material among them. The notoriety of PEDOT:PSS arises from the ability to conduct electrons, from the interaction with ionic species, in addition to its high stability in operation. Thus, the presence of this material in research and development laboratories in the fiel…
The energy crisis that humanity through has been topic of debate and reason for the development of new renewable technologies to generate energy. Among them, we have the thermoelectric systems that generate flux of charge carries by temperature gradient. Such technology is extremally versatile and can be associated to others renewable energy technologies, to harvest the heat wasted by eng…
The main goal of this project is to promote the development of the interface between organic electronics and biology, through the understanding of physics, science and engineering of materials and the development of devices for specific applications. The field known as Organic Bioelectronics has gained attention, mainly due to its promising application in devices connected to the sensing …
(Only some records are available in English at this moment)
Conjugated polymers and polyelectrolytes are an important class of polymers used in organic electronics due to their double bonded delocalized backbone. This property allows them to act as semiconductors and their ionic side chains grant solubility in high polarity solvents. Usually, the monomers can be engineered to achieve desired characteristics, for instance water solubility as well a…
This research project focuses on vertical organic electrochemical transistors (v-OECTs) with the primary objectives of improving their switching time and understanding the threshold voltage behavior. Results will be compared with planar OECTs to evaluate the differences and performance enhancements achieved. The investigation into threshold voltage in v-OECTs aims to elucidate the possibl…
The discovery of novel antibiotic drugs has slowed severely in the past decades and the development of novel strategies for the search of new antimicrobials is urged. Bacterial membranes are a neglected but obvious target, due to substantial differences from mammalian membranes. Identifying compounds which disrupt bacterial membranes is very challenging due to the unavailability of a scal…
(Only some records are available in English at this moment)