Jessica Falcone

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About

Jessica Falcone’s research sits at the vital intersection of neuroengineering and regenerative medicine, where she pioneers new ways to bridge the gap between human nerves and advanced prosthetics. Her most cited work, a 2015 study on a regenerative microchannel device, tackles a core challenge in the field: creating a stable, high-fidelity interface with the peripheral nervous system. By enabling the recording of multiple single-unit action potentials in awake, ambulatory animals, her device offers a path toward prosthetics that can be controlled with the nuance and precision of a natural limb—a dramatic leap beyond the limited functionality of current commercial devices. This work, garnering 20 citations, demonstrates her focus on translating fundamental neural interface principles into practical, implantable technologies. She further contextualizes her contributions in a 2014 chapter on neural interfaces, which surveys the full spectrum of connections from peripheral nerves to the central nervous system, including electrical modulation and clinical applications. Falcone’s research is not just about building better electronics; it is about creating a regenerative dialogue between biology and machine, promising a future where amputees can regain not just movement, but a rich sense of touch and control.