⚡ 本页包含 AI 生成的分析内容，仅供参考
该论文提出了一种微型化无线神经植入物，利用体耦合数据传输和功率传输技术，无需物理线缆，解决了传统植入物依赖外部硬件导致组织损伤和感染的问题，实现了在自由行为动物中进行稳定、高保真的神经记录。
University, Incheon, Korea, 4gBrain, Incheon, Korea *Equally Credited Authors (ECAs) 1 3 Miniaturized neural implants for monitoring neurological disorders have been investigated as a promising alternative to the neural interface for patients. However, such implants rely on physical tethers to external hardware for data and power transmission, which not only causes tissue damage and infection, but also hinders stable in vivo recordings in freely behaving animals. To enable non-tethered implants, a key feature for the robust and high-fidelity neural interface, neural implants using various wireless technologies have been reported (Fig. 20.5.1, top-left) [1-3]. However, the use of an inductive link [1] imposes a stringent requirement on the alignment between coils, as
Changuk Lee*1, Byeongseol Kim*2, Jejung Kim1, Sangwon Lee3,4, Taejune Jeon1,
Woojun Choi1, Sunggu Yang3,4, Jong-Hyun Ahn1, Joonsung Bae2, Youngcheol Chae1 Yonsei University, Seoul, Korea, 2Kangwon National University, Chuncheon, Korea, Incheon National