Marta Gherardini
Papers
4
Total Citations
53
H-Index
3
About
Marta Gherardini is a biomedical engineer whose research sits at the cutting edge of prosthetics, neural interfaces, and human-machine integration. Her work centers on restoring natural sensory-motor control in upper limb amputees, with a particular focus on the innovative **myokinetic control interface** — a paradigm-shifting approach that uses surgically implanted permanent magnets to track residual muscle movement and translate it into intuitive prosthetic hand control. Gherardini's most impactful contributions include demonstrating, for the first time in human subjects, that implanted magnets can restore functional grasping in amputees, bridging the gap between biological intent and mechanical action in a minimally invasive way. Her 2024 clinical study documenting successful prosthetic restoration has already garnered 23 citations, reflecting rapid uptake in the field. Complementing this, her algorithmic work on multi-target magnetic tracking has laid essential computational groundwork for real-time, reliable prosthetic control. With a growing citation record and publications spanning surgical implementation, algorithm development, and clinical validation, Gherardini represents a rare researcher capable of advancing both the theoretical and translational dimensions of neuroprosthetics — making her work essential reading for anyone exploring the future of assistive technologies.
Research Focus
Key Achievements
Top Papers
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