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Junyi Yin

As seen in: Nature, Wiley Online Library, Frontiers, MDPI, Science Magazine, Royal Society of Chemistry, Cell Press, SCIENMAG
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Articles

Brain-Inspired Stretchable Electronics Blur the Line Between Humans and

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By Max Weires, Junyi Yin, Yifan Liao
| SCIENMAG
The pursuit of merging intelligent computing directly with the human body has long fascinated researchers, promising breakthroughs in continuous health monitoring and advanced prosthetic control. Yet, this lofty ambition has been constrained by a fundamental physical challenge-traditional artificial intelligence processors, primarily silicon-based, are intrinsically rigid.
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Advances in Wearable Bioimaging

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By Justin Chen, Junyi Yin, Yanxin Liu
| Wiley Online Library Verified
1 Introduction Wearable bioelectronics have emerged as a transformative platform capable of shifting the current reactive, disease-centric healthcare paradigm toward a personalized and proactive healthcare model emphasizing continuous physiological monitoring, early disease detection, preventive intervention, and long-term health promotion [1-11]. The development of affordable and wearable platforms for continuous deep-tissue imaging remains a critical challenge in personalized healthcare.
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A large-scale stretchable neuromorphic circuit for on-body edge computing

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By Songsong Li, Zixuan Zhao, Max Weires, Shiyu Hu, Lingfeng Tang, Shilei Dai, Yahao Dai, Youdi Liu, Nan Li, Wei Liu, Naisong Shan, Junyi Yin, Xiaoao Shi, Sean Sutyak, Cheng Zhang, Jie Xu, Junhong Chen, Yuepeng Zhang, Igor Efimov, Fangfang Xia, Sihong Wang
| Nature Verified
Abstract Intrinsically stretchable electronics can be used to make wearable devices that collect large amounts of multimodal sensory data. This has led to a demand for enhanced near-sensor computing capabilities that can process such data. One potential solution is neuromorphic edge computing implemented using stretchable organic electrochemical transistors, but the lack of a scalable fabrication method for these transistors has limited the size and complexity of the systems.
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