Fernando Galembeck

Universidade Estadual de Campinas (UNICAMP)

Papers

Total Citations

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About

Fernando Galembeck is a leading figure in materials chemistry, whose work bridges fundamental physical chemistry with the development of smart, sustainable materials. His research centers on the electrochemistry of surfaces and interfaces, particularly the phenomena of contact electrification and mechanochemical transduction. A major contribution is his pioneering exploration of how mechanical stress on polymers, such as rubber, can generate electrical charges—a concept known as hygroelectricity. His highly cited work on "Mechanochemical transduction and hygroelectricity in periodically stretched rubber" (2019, 13 citations) and "Rubber Surface Change and Static Charging under Periodic Stress" (2018, 10 citations) has profound implications for soft robotics, enabling new sensing and actuating abilities in shape-adaptive and electroadhesive materials. Galembeck is also a champion of green chemistry, as seen in his work "Materials from renewable resources: new properties and functions" (2019, 6 citations), which explores how biomass-derived materials can meet industrial needs with minimal environmental impact. His research is not only innovative but highly practical, offering pathways to self-powered devices and sustainable production.