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About

Yadong Jiang is a prolific researcher working at the intersection of flexible electronics, neuromorphic computing, and wearable sensing technologies. His work spans two compelling frontiers: the development of advanced wearable biomonitoring systems and the engineering of optoelectronic synaptic devices for artificial intelligence applications. Jiang's most influential contribution, a self-powered multifunctional flexible sensor for wearable biomonitoring (2022), has garnered 55 citations, reflecting strong community interest in his approach to autonomous, skin-compatible health tracking. His parallel work on textile-based strain sensors, developed through a single-step, environmentally friendly fabrication process, further demonstrates his commitment to practical, scalable wearable solutions. Equally impressive is Jiang's pioneering research in neuromorphic photonics. His color-recognizing silicon-based photonic synapse (2020, 45 citations) addressed a significant challenge in building artificial visual systems capable of directly processing light signals — a critical step toward next-generation neuromorphic chips. He has since expanded this vision through broadband optoelectronic synapses and oxide-based heterojunction devices with rapid wideband response capabilities. With a cumulative citation impact exceeding 170 across his key works, Jiang represents an emerging voice bridging human-machine interfaces, bioinspired computing, and sustainable electronics fabrication.