手部截肢对患者的日常生活和独立性带来了极大的影响。近年来，随着生物医学工程的进步，通过植入神经肌肉接口（HMI）技术，能够将大脑的运动意图转化为假肢的精细动作，极大地提升了截肢患者的运动功能恢复。然而，现有的假肢控制系统大多依赖于电生理信号，存在一些 ...

如今，一种名为“机械超材料” 的黑科技，正试图将这种智慧赋予机器人。它的目标堪称颠覆：让机器人的智能，从复杂的芯片代码，下沉到每一寸物理躯体之中。目前，模块化手性折纸超材料已在机器人变形器、温度调节、机械存储器、能量吸收和信息加密中得到验证。

"The launch of the African network of science clubs represents an important move in supporting young people to develop curiosity, confidence, and practical skills in science and technology," he said.

公司深耕行业应用，自主研发了多款机器人产品，多项性能指标全球领先，率先在能源、应急、工业、教育等领域落地应用。公司承担多项国家级、省部级科技项目，牵头多项国家标准制定，与国家电网、南方电网、宝钢集团、中国电信等行业龙头企业及知名高校建立了长期合作关系 ...

Technological innovation is a means, not an end. In Shenzhen, it transforms industries, enhances services, and improves everyday life. Technology for the greater good, the people and the future.

算力成为手术机器人未来创新的基础？

In Lianhua Hill Park at the heart of Shenzhen, visitors can find patrolling robots, automated garbage-collecting boats, and an autonomous minibus. They can also enjoy drinks and take-out food delivere ...

Nathan E. Stott, an expert with experience in South Korea and the U.S., commended the platform's creativity-friendly ...