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About

Beatrice Fraboni is a pioneering researcher at the intersection of bioelectronics, flexible electronics, and neural engineering, whose work is reshaping the future of minimally invasive medical devices. Her research focuses on developing soft, adaptive interfaces between electronic systems and biological tissue — a challenge that demands expertise spanning materials science, nanomechanics, and neurotechnology. Fraboni's most celebrated contribution is her work on electrochemically actuated microelectrodes for peripheral nerve interfaces, which has garnered an impressive 87 citations since its 2024 publication. By merging soft robotic actuators with flexible electronics, this research offers a transformative alternative to conventional electrode arrays, dramatically reducing the surgical risk and complexity associated with treating neurological disorders. This work exemplifies her broader mission: making neural interfaces safer, smarter, and more accessible. Complementing this, Fraboni has advanced the field's understanding of stretchable conductors through in-situ force microscopy and nanomechanical characterization techniques, investigating how conducting pathways fracture under strain — critical knowledge for engineering durable wearable and implantable devices. Her methodological contributions provide the community with rigorous tools to evaluate the mechanical reliability of next-generation bioelectronic systems, establishing her as both an innovator and a foundational figure in soft bioelectronics research.