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About

Sergio Tarantino is a pioneering researcher at the intersection of wearable electronics and neural prosthetics, whose work is redefining how humans interface with machines. His primary research areas span conformable electronics, myokinetic control interfaces, and ultrasound-based human-machine interaction. Tarantino’s most significant contribution is the development of conductive polymer nanosheets that function as temporary transfer tattoos for skin-contact applications—a breakthrough that enables imperceptible, conformal adhesion for wearable circuits. This work, published in *Advanced Healthcare Materials* (2015), has garnered 97 citations and is envisioned as a foundational technology for unperceivable human-device interfaces. In the realm of prosthetics, Tarantino has pioneered the myokinetic control interface, which tracks implanted magnets to decode motor intentions for upper limb amputees. His 2017 study on this approach, with 68 citations, demonstrates a novel pathway for natural prosthetic control. Additionally, his comparative analysis of ultrasound imaging for hand prosthesis control (2015, 25 citations) addresses critical limitations of traditional surface electromyography. Through these innovations, Tarantino is advancing the frontiers of both soft bioelectronics and assistive technology, offering transformative solutions for seamless human-machine integration.