Core Insights - The first National Science Popularization Month showcased a vibrant atmosphere of innovation, with a focus on new materials and interdisciplinary development, attracting significant public interest [1] - The event featured various universities, including Tsinghua University and the Air Force Engineering University, demonstrating their innovative approaches in the field of new materials and interdisciplinary collaboration [1] Group 1: Amphibious Robot Development - Tsinghua University's micro wireless amphibious robot attracted considerable attention, integrating mechanics, materials science, and electronic control technologies [2] - The research team overcame the technical challenge of "continuous deformation and locking" through extensive interdisciplinary collaboration, utilizing mechanics to design structures and advanced materials for functionality [2][3] - The robot's drive system is lightweight, thin, and compact, allowing for diverse movement forms and is currently at a leading international level, showcasing the potential of interdisciplinary collaboration in technological innovation [3] Group 2: Laser Forging and Printing Technology - The Air Force Engineering University collaborated with Xikong Intelligent Manufacturing to develop "laser forging and printing technology," which is crucial for high-end equipment manufacturing related to national defense and technological advancement [4] - This technology addresses the international challenge of fatigue damage in metal additive components by integrating forging and printing processes, requiring precise control of laser parameters [4][5] - The research team utilized a closed-loop control system to dynamically adjust laser impact energy and frequency, ensuring effective micro-forging without disrupting the printing process [5] Group 3: Interdisciplinary Collaboration and Innovation - The development of Tsinghua University's amphibious robot exemplifies the trend of interdisciplinary collaboration in future scientific innovation, emphasizing the importance of broad knowledge across various fields [7] - The Air Force Engineering University's team advocates for a non-linear approach to research, where practical experimentation informs theoretical understanding, fostering a "demand-driven" learning model [7] - Establishing a dual-mentor system and encouraging cross-disciplinary guidance can enhance the ability to innovate across the entire chain from "atoms" to "components" [7]

1、 世界最小最轻，清华大学团队研发微型无线陆空两栖机器人 清华大学科研团队最新研制出一种薄膜状的微型驱动器，可像"变形金刚"一般让微型机器人实现连续形状 变化且"锁定"其特定动作形态，提升其环境适应能力。研究人员表示，利用此驱动器以及团队构建的一 种"搭积木"式的设计方法，制备出了目前已知世界最小、最轻的微型无线陆空两栖机器人，其体长为9厘 米、重25克。该成果4月18日晚在线发表于国际权威期刊《自然—机器智能》。此次成果为微型机器人研 发应用提供了新的思路和路径。未来，这种微型陆空两栖机器人可应用于设备故障诊断及检修、地质及文 物勘探等场景，替代人类执行复杂危险环境下的多种任务。 2、 世界首款无线防水仿生手臂问世 最近，英国初创公司 Open Bionics 推出全球首款无线、防水的仿生手臂——Hero Pro。其官方宣称，Her o Pro 速度提升 2 倍、力量提升 2 倍，同时是市场上最轻便、唯一一款全身防水的仿生义肢。Hero Pro 通 过无线肌电传感电极 MyoPods 读取肌肉信号，实时驱动仿生手指运动。摒弃了传统有线束缚，还首次实 现了 IP67 级防水，用户可在淋浴或雨中安心使用。He ...