Sunyoung Jung

Korea Institute of Science and Technology, Korea University

Papers

Total Citations

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About

Sunyoung Jung is a leading researcher in peripheral neural interfaces (PNIs), a transformative technology for bidirectional communication between robotic prostheses and the brain. Her work focuses on overcoming the critical trade-off between neural signal selectivity and invasiveness—a key challenge in advancing prosthetic control. Jung’s most notable contribution is the development of a novel neural interface electrode array (2017, 8 citations), which laid the groundwork for more efficient signal recording and stimulation. She further advanced the field with the "Spirally Arrayed Electrode" (2020, 4 citations), a 32-channel design that achieves spatially selective neural interfacing with minimal tissue displacement. This innovation promises to enhance the precision and safety of PNIs, bringing us closer to seamless prosthetic integration. While her citation counts reflect an emerging career, Jung’s work is foundational in addressing a core engineering bottleneck, positioning her as a rising figure in neural engineering and bionics. Her research holds profound implications for amputees and individuals with motor disabilities, offering a pathway to more intuitive and functional prosthetic limbs.