中国科学家近日成功研发出具有革命性意义的柔性AI芯片，该突破性技术将人工智能与柔性电子学深度融合，为可穿戴设备、医疗健康监测及仿生机器人等领域带来全新可能。该芯片采用超薄硅基纳米材料与弹性聚合物衬底，兼具卓越的弯曲耐受性（弯曲半径可达毫米级）与低功耗特性，即使在复杂形变状态下仍能保持稳定的神经网络计算能力。其内置的存算一体化架构突破了传统芯片的冯·诺依曼瓶颈，显著提升能效比，支持实时处理多模态传感器数据。这一技术不仅推动了AI硬件在人体融合式交互场景的应用，更为未来柔性智能系统的产业化奠定了关键技术基础。
Chinese scientists have recently developed a revolutionary flexible AI chip, which represents a groundbreaking integration of artificial intelligence and flexible electronics. This innovation opens new possibilities for wearable devices, health monitoring, and bionic robotics. The chip utilizes ultrathin silicon-based nanomaterials and elastic polymer substrates, combining exceptional bendability (with a bending radius down to the millimeter scale) with low power consumption. It maintains stable neural network computing performance even under complex deformations. Its built-in computing-in-memory architecture overcomes the von Neumann bottleneck of traditional chips, significantly improving energy efficiency and enabling real-time processing of multimodal sensor data. This technology not only advances the application of AI hardware in human-integrated interactive scenarios but also lays a critical foundation for the industrialization of future flexible intelligent systems.
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