当机器人产业以前所未有的速度蓬勃发展时，一个严峻的问题也随之而来：当这些不知疲倦的机械伙伴"生 命"终结后，它们将归于何处？ 电子垃圾，这个日益沉重的环境负担，正随着机器人技术的普及而急剧膨胀。据预测，全球电子垃圾的年增 长量将达到惊人的 200万吨 。未来的软体机器人，因其复杂的结构和对软体电子的高度依赖，无疑将使这一 挑战变得更加棘手。 近日，来自 韩国首尔大学、耶鲁大学、奥地利约翰内斯·开普勒大学林茨分校等顶尖机构的科学家们 ，刚刚 在 顶级期刊《自然·可持续发展》（Nature Sustainability） 上给出了一个别具一格的答案。 他们成功研发了一款 既能生物降解，又"超耐用"的机器人手指 ，为实现"零浪费"软体电子设备的研发与应 用提供了重要思路。 | Explore content | | --- | 01. 矛盾的统一体：100万次弯折和完全降解 如何让一个材料既坚固耐用，又能在需要时"烟消云散"？这是可持续机器人领域最大的挑战之一。传统的生 物可降解材料，如果冻、聚乙烯醇等，往往性能衰减快，难以胜任长期、高强度的机器人工作。 而这支国际团队的第一个突破，就是找到了一种出色地平衡了耐用性 ...

Group 1 - The global first 2nm mobile chip, Exynos 2600, will debut in Samsung's Galaxy S26 series, marking a significant advancement in mobile technology [2] - Samsung has decided to restart the S26+ model due to disappointing sales of the Galaxy S25 and iPhone Air, indicating a strategic shift in product offerings [2] - The new Galaxy S26+ features a minimalist design with dimensions of 158.4 x 75.7 x 7.35mm and a 4900mAh battery [2] Group 2 - A new compact short-pulse laser developed by a research team from the University of Stuttgart achieves an energy conversion efficiency of over 80%, opening new applications in medicine and quantum technology [2] - This breakthrough in laser technology could lead to the development of portable and cost-effective laser devices [2] Group 3 - Yushu Technology has received authorization for a patent on a robotic finger design that features a continuous gripping surface, enhancing its ability to grasp objects without gaps [2] - The design includes a linkage mechanism that allows for improved functionality in robotic applications [2] Group 4 - China's largest "artificial sun" project has made significant progress with the successful design review of key diagnostic systems for the ITER project, laying a solid foundation for future system manufacturing and delivery [2] - This advancement highlights China's commitment to nuclear fusion research and development [2]