Chi‐Yuan Yang

Papers

Total Citations

308

H-Index

About

Chi-Yuan Yang is a pioneering researcher at the intersection of organic electronics and neuromorphic engineering, with expertise in organic electrochemical transistors (OECTs) and biologically inspired computing systems. His work focuses on developing next-generation bioelectronic devices that bridge the gap between artificial and biological neural systems through ion-mediated mechanisms. Yang's most influential contribution, "Organic electrochemical neurons and synapses with ion mediated spiking" (2022, 289 citations), established a landmark framework for creating artificial neurons and synapses that operate on principles fundamentally aligned with biological ion signaling — a critical advancement for brain-machine interfaces, prosthetics, and soft robotics. This work addressed longstanding challenges of biocompatibility, circuit complexity, and energy efficiency that had hindered prior neuromorphic approaches. Building on this foundation, Yang has pushed the boundaries of single-neuron computation, demonstrating that individual dendritic organic electrochemical neurons can perform complex, linearly inseparable tasks such as anticoincidence detection — capabilities once thought to require entire neural networks. His earlier work on flexible complementary circuits further demonstrates his commitment to practical, low-power bioelectronic applications. Collectively, Yang's research is reshaping how researchers envision the future of neuromorphic computing and human-machine integration.