Yanna Ping

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About

Yanna Ping is a pioneering researcher in the field of neural engineering and animal-robot interfaces, with a focus on developing advanced neurostimulation technologies for free-moving animals. Her major contributions center on creating innovative, wireless-controlled neural stimulators that overcome the limitations of traditional rigid PCB-based devices, enabling precise electrical stimulation of neural circuits in untethered subjects. Notably, her 2023 paper on a "Wireless-controlled cubic neural stimulator for free-moving animals" (8 citations) introduces a compact, flexible design that transmits information into selected neural circuits—a promising approach for neural prostheses and animal robots. Her earlier work, "Development of Digital Stereotaxic Instrument for Pigeons (Columba Livia)" (2022, 12 citations), showcases her expertise in customizing neuroscientific tools for avian models, achieving high precision in stereotaxic procedures. With a growing citation record, Ping’s research bridges engineering and neuroscience, offering scalable solutions for real-time neural control in behavioral studies. Her achievements highlight her role in advancing next-generation neuroprosthetics and biohybrid systems, making her a rising figure in the field of neural interface design.