日本剪纸艺术启发中国柔性脑植入技术

February 13, 2026

由 AI 报道

中国科学家借鉴日本剪纸艺术“kirigami”，开发出可拉伸微电极阵列，用于克服现有电极技术的局限，如Neuralink。该阵列植入猕猴脑中，能随脑组织弯曲，记录数百个神经元活动。研究论文发表于《Nature Electronics》2月5日刊。

中国科学院的研究人员利用日本传统剪纸艺术“kirigami”的原理，设计出柔性微电极阵列，以推进脑机接口技术的发展。这种阵列旨在解决现有电极技术的限制，例如Neuralink的细丝回缩问题。

研究团队表示：“脑机接口的发展需要可植入微电极阵列，能够在大空间和时间尺度上与众多神经元交互。”这些柔性阵列被植入猕猴大脑中，能够随脑组织运动或弯曲，同时记录数百个神经元的活动。

脑机接口通过电极记录神经信号，并分析这些信号来执行动作，如控制机械臂。它提供大脑活动与计算机之间的直接连接。关键词包括微电极、中国科学院、猕猴、日本kirigami艺术、中国科学家、灵长类大脑、脑机接口、Elon Musk、《Nature Electronics》、神经活动记录器、细丝回缩和Neuralink。

该研究发表于2026年2月14日的南华早报报道，基于2月5日的论文。

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March 04, 2026 04:32

日本剪纸艺术启发中国柔性脑植入技术

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