（来源：嘉兴日报） 转自：嘉兴日报 ■记者 朱弼瑜 通讯员 吴 赛 螺旋桨的设计通常基于理想工况，但在实际使用中需要面对风沙击打、温压剧变、气流扰动等复杂挑 战，导致其实际服役寿命远低于设计预期。席尚宾研发的这套检测系统仅需在螺旋桨叶片上贴一张轻盈 的"创可贴"，即可实时感知飞行过程中的应变与振动，实现"无感嵌入、全域感知"。该系统让数据贯穿 装备的设计、制造、试验、服役全生命周期，不仅为气动设计验证提供关键数据，更为构建"数字智能 体"、实现"智能运维"奠定坚实基础，真正做到"实时监测、预测性维护"。 这项技术有效破解了重大装备动力系统服役安全性评估的长期难题，标志着装备运维模式的范式跃升。 从航空航天迈向国计民生 人才说：在南湖区，我能够真正实现科研理想——让实验室里的成果实实在在落地生产一线，这让我特 别有成就感。 赋能重大装备"感知力" "从最初对材料力学机理的理论研究，到先进技术工具的创新开发，再到破解具体装备的监测难题，我 的专业成长始终与国家重大需求同频共振。"2021年，席尚宾来到南湖区，进入浙江清华柔性电子技术 研究院（下称"柔电院"）博士后工作站。这里浓厚的科研氛围与完善的成果转化支撑体系 ...

Core Insights - The 2025 IDEA Conference held in Shenzhen focuses on "practice-driven innovation and technology empowering the future," highlighting breakthroughs in low-altitude economy and embodied intelligence, aiming to inject strong momentum into the development of new productivity in the Guangdong-Hong Kong-Macao Greater Bay Area [1][2] Group 1: Low-altitude Economy - The low-altitude economy is a central theme of the IDEA Conference, experiencing a breakthrough period with the release of four significant results, supported by national strategies and local regulations [4] - The publication of the book "Low-altitude Era," authored by Academician Shen Xiangyang, outlines a comprehensive framework for understanding and practicing low-altitude economy across seven dimensions, emphasizing the transition to an "intelligent exclusive era" enabled by AI [4] - The "Low-altitude Economy Development White Paper 4.0" presents a theoretical evolution from version 1.0 to 4.0, focusing on communication, navigation, and monitoring infrastructure, proposing specific paths for large-scale operations in the low-altitude economy [5] - The OpenSILAS system has evolved from version 1.0 to 2.0, enhancing its capabilities for planning, operation, regulation, and service, providing scalable solutions for different cities [5][6] Group 2: Embodied Intelligence - The conference emphasizes the practical application of AI, showcasing achievements in embodied intelligence and digital intelligence agents, with a focus on real-world implementations [7] - The Greater Bay Area is highlighted as a unique opportunity for development in embodied intelligence, possessing both electromechanical and AI technologies [9] - Three major embodied intelligence projects from Shenzhen demonstrate the region's industrial strengths, including a dexterous hand competition aimed at overcoming technical challenges in robotics [9] - The AI copilot series products showcased at the conference cover various applications, indicating a shift in organizational roles as AI enhances individual capabilities [9]