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About

Elvira Fortunato is a pioneering figure in the field of electronic skin (e-skin) and flexible sensor technologies, with a particular focus on metal oxide nanostructures and their applications. Her major contributions lie in developing innovative, low-cost fabrication methods for pressure sensors that mimic human skin's tactile capabilities. Notably, her work on laser-engraved PDMS molds has enabled the production of highly sensitive, customizable sensors with micro-cone structures, achieving exceptional sensitivity for robotics and prosthetic applications. Her most cited paper, "Metal oxide nanostructures for sensor applications" (2019), has garnered 343 citations, highlighting its foundational impact on sensor design. Fortunato's research also encompasses electrorheological fluids for active control in mechanics, biomedicine, and robotics, as well as comprehensive reviews on transduction mechanisms for e-skin pressure sensors. Her achievements include advancing the scalability and affordability of e-skin technology, making it accessible for real-world applications. With over 400 citations across her top papers, Fortunato's work continues to shape the future of flexible electronics and biomimetic sensing, inspiring new generations of researchers in materials science and engineering.