This page of Research Supported by FAPESP assembles referential information on scholarships and research grants, awarded by FAPESP, related to the research theme Graphene.
The display board "FAPESP Support in Numbers" presents the amount of ongoing or concluded scholarships and research grants, awarded by the Foundation, related to the theme Graphene. In the center of the page, you will see some information on scholarships and research grants for development in Brazil and abroad.
On the left side of the page, it is possible to browse the other Research Themes highlighted in science and in society.
Use the "Refine results" list of options to filter information on the research theme Graphene and to get results that are more specific for your search, according to following parameters: Field of Knowledge, type of Research Grants, modality of Scholarships, type of Programs, Institution and status of Research Projects.
Furthermore, in this page, the Maps and Graphs contribute to identifying the geographical distribution of FAPESP sponsorship in the State of São Paulo and to visualizing the historical sequence of funded research by year on the theme Graphene.
Corrosion in anchor rods and tie rods is one of the main factors of degradation and risk in critical infrastructures, such as electric power transmission towers, telecommunication towers, cable-stayed bridges, and reinforced concrete structures. The early detection of such damage is essential for structural safety and for the adoption of effective predictive maintenance strategies. Howeve…
O XVI COBEQ-IC contará com quatro dias de atividades integradas, reunindo palestras, minicursos, mesas-redondas e sessões técnicas. A programação inicia-se com a abertura solene e a palestra inaugural. Ao longo do evento, serão realizadas palestras sobre biotecnologia, energias renováveis, inovação, educação em engenharia e a contribuição do projeto Sirius para a pesquisa em engenharia qu…
Currently, the suspension systems of domestic transport vehicles, both heavy and medium- and light-duty, use metal leaf springs, an old concept defined around the 18th century. Despite this, their simplicity and robustness ensure their use to this day. However, despite the modernization of steel today, this material makes the spring heavy and of limited durability, especially in Brazil wh…
(Only some records are available in English at this moment)
This visit will be focused on discussing how electronics and electrochemistry come together in terms of fundaments, in an electrolyte (physiological) environment, follows quantum electrodynamics principles, and permits the assessment of quantum states if appropriate molecular (LDSS) structures (such as redox-tagged molecules, electronic semiconducting inorganic or organic molecules, quant…
(Only some records are available in English at this moment)
O projeto visa validar um processo de produção de grafeno por Esfoliação Eletroquímica em geometria confinada, superando o gargalo crítico da corrosão anódica. A bolsista atuará no apoio técnico especializado à execução experimental em escala de bancada (5-10L), operando um reator sob rigoroso controle térmico (<20°C). O plano de trabalho foca no suporte ao estudo comparativo direto entre…
This project describes the formation of innovative Mxenes-type nanostructures based on carbon quantum dots, to be obtained by combining rhodium (Rh), aluminum (Al), ruthenium (Ru), indium (In), and boron (B) nanomaterials doped with carbon quantum dots functionalized with bromine, sulfur, fluorine, and nitrogen. To achieve this, machine learning will be used to identify the optimal combin…
Oral cancer presents high incidence and mortality rates, which are aggravated by late diagnosis, tumor aggressiveness, and the limitations of conventional therapies. Among the most widely used drugs, cisplatin shows low selectivity, acquired resistance, and significant adverse effects. In this context, this project proposes the development of a nanocarrier system based on polyethylene gly…
(Only some records are available in English at this moment)
A vida moderna está cada vez mais imersa na constante aquisição e processamento de dados em tempo real, gerando uma demanda global por alternativas de armazenamento e processamento eficientes. Neste cenário, dispositivos memoristivos (resistores com características de memória) são extremamente promissores devido suas propriedades operacionais únicas. Desde sua primeira comercialização em …
The project aims to develop new routes for preparing thin films between Prussian blue analogues (PBA) and carbon nanostructures (nanotubes, graphene), targeting their application as electrodes in transparent, flexible and aqueous sodium- or potassium-ion batteries. Co-PBA and Mn-PBA will be synthesized by precipitation in a two-phase water/toluene system containing a stabilized carbon nan…
This project will be developed based on the area of expertise of the internship's supervising professor, who heads the Electroanalytics Research Center laboratory, where the internship is expected to last for the maximum period allowed by the call for applications: 50 days. Professor Rodrigo has been working on the development of electrochemical sensors produced by Laser-Induced-Graphene …
(Only some records are available in English at this moment)
In the era of human-machine interfaces and integration with artificial intelligence, the growing demand for long-lasting autonomous electronic systems has highlighted the technological bottleneck imposed by the use of conventional batteries, traditionally limited by their lifespan, the need for periodic maintenance, and the environmental and health impacts associated with their disposal. …
Conductive hydrogels have attracted considerable attention in biomedicine due to their potential applications in tissue engineering, particularly in cardiac surgery and neural regeneration. Furthermore, conductive scaffolds can also be applied to accelerate cell proliferation and promote controlled drug delivery, expanding their potential for bone tissue engineering. To be successful, the…
As described in the original project approved by FAPESP (2025/25460-1), we propose the realization of an internship of the student at the Institut Lumière Matière-ILM, from Université Claude Bernard-Lyon 1 in France during the second semester of 2026. During this period, the student will be under the supervision of Professor Samy Merabia, who is CNRS research director and the co-advisor o…
The development of efficient, non-precious metal electrocatalysts is a cornerstone for viable green hydrogen production. In this context, graphene-supported bimetallic carbides have emerged as promising low-cost alternatives to platinum for the Hydrogen Evolution Reaction (HER). However, their performance in acidic media is often compromised by mass transport limitations, as hydrogen bubb…
The use of nanomaterials in theranostics has driven research into the development of biocompatible nanoplatforms capable of transitioning from laboratory studies to clinical applications. However, the clinical translation of metallic nanomaterials, for example gold nanoparticles, has historically been limited by their systemic accumulation and potential long-term toxicity. Given the appli…
(Only some records are available in English at this moment)
The immobilization of cellulolytic and hemicellulolytic enzymes on nanostructured supports represents a promising strategy to improve enzyme stability, recyclability, and efficiency in the hydrolysis of agro-industrial wastes. In the current postdoctoral project in Brazil, enzymes are being immobilized on graphene oxide (GO) functionalized with magnetic nanoparticles (GO-MNP) for the conv…
The extensive use of chemical compounds in agriculture and livestock has raised concerns about their presence in food and potential risks to human health. Fish cultivation, impacted by pesticides and antibiotics, contributes to this issue as these contaminants can accumulate in fish and reach humans through consumption. This has led to the development of advanced analytical methods for ac…
Recent advancements in the study of plasmonic phenomena in the near-field zone have leveraged graphene-based platforms to explore fundamental near-field optics under extreme environmental conditions. Notable breakthroughs include the first observation of Dirac magnetoexcitons, where an hBN/Gr/hBN device subjected to magnetic fields up to 6 T revealed Dirac magnetoexciton formation at the …
(Only some records are available in English at this moment)
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