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About

Youngjun Cho is a pioneering researcher at the intersection of neural engineering, soft robotics, and biomimetic systems. His work focuses on developing next-generation interfaces for neuroprosthetics and artificial muscles, with a particular emphasis on lower extremity applications. Cho’s most-cited paper (26 citations, 2023) introduces an imperceptive, reusable dermal surface EMG sensor designed for lower extremity neuro-prosthetic control and clinical assessment, addressing critical challenges in amputee sensor integration within silicon liners. He further advances the field with a hybrid bionic nerve interface (9 citations, 2023) that combines neural control and sensory feedback for intuitive bionic limb operation. Cho also contributes to biomimetic actuation through the development of a chemically driven Biomimetic Modular Artificial Muscle (BiMAM), which replicates human skeletal muscle efficiency using nanoparticle-coated units controlled by electronic signals. His work has been featured in high-impact venues, including *Advanced Functional Materials* and *Advanced Materials Technologies*. With a growing citation record and a focus on translating bioinspired designs into practical neuroprosthetic solutions, Cho is establishing himself as a key innovator in creating more natural, long-term interfaces for bionic limbs and assistive technologies.