作为第二次青藏科考的重要任务，"极目一号"自8月以来已累计开展30次高空试验，精准获取了大 气成分、污染物分布等关键数据，为研究青藏高原气候演变与全球气候变化提供了重要数据支撑。 形成自主可控技术体系 9月19日，形似"大白鲸"的"极目一号"浮空艇在西藏鲁朗地区成功开展大气观测试验。它搭载了三 大类16型、总重约200千克的科学载荷，在海拔5500米的高空，通过多载荷协同观测，实现从单点采样 到立体监测的技术跨越。 近5年来，该团队已申请浮空艇相关专利60多项。"这些成果不仅推动了浮空艇在升空高度、载荷集 成和数据精度等方面的持续突破，也为我国空天技术的创新发展奠定了坚实基础。"张泰华说。 融入国计民生关键场景 浮空艇技术的持续升级，离不开国家科研项目的支持。 第二次青藏科考为浮空艇提供了宝贵的高原实战场景和持续试验机会。科研团队在海拔超过4000米 的试验场，克服低气压和极大温差的困难，通过"试验—改进—再试验"的闭环模式，不断推动技术升 级，每一轮优化都紧密围绕实际应用需求。 同时，在中国科学院战略性先导科技专项"鸿鹄专项"的长期支持下，浮空艇系统综合能力获得显著 提升。该专项支持建设的高原气象综合预报系 ...

创新是第一动力，人才是第一资源。当前，湖南正锚定"三高四新"美好蓝图奋力冲刺，长沙正全力建设 全球研发中心城市，迫切需要在更广范围、更大力度吸纳全球智力资源。 经过前期全省范围广泛动员、用人单位深度参与、多轮精准对接，大会现场发布了275项重点科技人才 需求，计划引进各类高层次人才1500余人。需求领域涵盖新一代信息技术、新能源、新材料、空天科 技、生命健康、先进制造等湖南重点发力的战略性新兴产业和未来产业领域。这些需求源自120家用人 单位，包括我省全部"双一流"建设高校、3家科研院所、5家国家级和省级科技创新平台、100家科技型 企业。 诺贝尔奖获得者、国内外知名院士及专家学者云集，为湖南和长沙引才留才用才等出谋划策……9 月18日至19日，一场高规格、大规模的人才盛会——首届"湘智兴湘"大会在长沙举行。随着湖南主场活 动、长沙专场活动以及系列配套活动的成功举办，这场引才引智大会，既彰显了湖南和长沙拥抱全球英 才的开放姿态，更释放了引才育才的鲜明信号：让人才"来了有舞台、留下能出彩"。 求贤若渴：发布275项重点科技人才需求 此次湖南主场活动中的一个重要环节，就是签约了一批院士工作站、重要人才团队、重大科 ...

9月19日，首届"湘智兴湘"大会在长沙开幕。省委书记沈晓明出席，省委副书记、省长毛伟明致辞，省政协主席毛万春，省委副书记、岳阳市委书记 谢卫江出席。 9月19日，首届"湘智兴湘"大会在长沙开幕。 毛伟明致辞。 会上，诺贝尔奖获得者等嘉宾代表发言。大会发布了湖南省重点科技人才需求，共计275项，需引进各类高层次人才1500余人，需求产业涵盖新一代 信息技术、先进制造、人工智能、新材料、生命健康、新能源、空天科技等领域。大会现场还发布了湖南省常用科技人才政策清单，推介了长沙建设全球 研发中心城市，并举行了院士工作站、重要人才团队、重大科研合作项目等签约仪式。 省领导吴桂英、隋忠诚、刘红兵、郭灵计、乌兰、曹志强、陈竞，有关院士专家，知名高校、企业及港澳台优秀人才代表，科技部、农业农村部有关 负责同志出席。 深入推进"湘智兴湘"行动是省委、省政府作出的重要决策部署，旨在引进培养高层次人才，着力打造国家重要人才中心和创新高地，为加快实现"三 高四新"美好蓝图提供人才支撑。本届大会以"智汇潇湘 湘智兴湘"为主题，包括主场活动、7场重点专场活动以及系列学术交流、产学研对接等配套活 动，将搭建人才交流平台，推动科技创新合作， ...

Core Insights - The Guangdong Aerospace Technology Research Institute (广天院) is emerging as a key player in the low-altitude economy within the Guangdong-Hong Kong-Macao Greater Bay Area, showcasing innovative projects related to future industries [1][2]. Group 1: Innovations and Developments - The institute is developing a new single-person jetpack that features a "multi-engine vector + intelligent flight control" system, achieving automatic piloting ahead of similar foreign products. The jetpack can reach speeds of 100 km/h and is expected to carry loads exceeding 100 kg, with small-scale production anticipated by mid-next year [1][2]. - The jetpack is powered by a vector turbofan engine array and includes a user-friendly control interface, significantly enhancing stability and safety, allowing for an intuitive operation experience similar to flying a DJI drone [2]. Group 2: Institutional Background and Strategic Goals - Established in 2019, 广天院 is the only new research institution in Guangzhou focused on aerospace technology, aiming to optimize research layouts and accelerate the commercialization of technological achievements in intelligent unmanned systems and deep-sea/space industries [2]. - The institute is part of a broader initiative supported by national policies to promote the implementation of unmanned system standards and the development of electric vertical takeoff and landing (eVTOL) aircraft and smart connected vehicles in the Nansha region [2]. Group 3: Testing Facilities and Future Plans - In May 2023, 广天院 announced the successful completion of the construction and initial testing of a wind tunnel platform for low-altitude aircraft, capable of simulating wind conditions up to level 7 (wind speeds of 13.9-17.1 m/s) for performance validation [3]. - This wind tunnel is the first specialized testing facility in the Greater Bay Area focused on low-altitude aircraft aerodynamics, marking a significant advancement in the region's capability to validate key technologies in the low-altitude economy [3]. - The platform is expected to be fully operational by the third quarter of 2025, focusing on strategic industries such as eVTOL, drone logistics, and flying cars [3].

Group 1: Automation Research Institute - The event showcased various robots, including the Q series humanoid robots, highlighting advancements in artificial intelligence and robotics [1][3] - The exhibition featured 18 research achievements in areas such as smart healthcare and robotics, including brain-machine interface technologies and surgical navigation systems [3][4] - Interactive experiences allowed the public to engage with cutting-edge technologies, such as intelligent ultrasound robots and AI art [3][4] Group 2: Aerospace Information Innovation Research Institute - The theme for this year's public science day was "Chasing Dreams in Aerospace, Smartly Starting a New Journey," focusing on the integration of aerospace technology and artificial intelligence [5][7] - The event included a technology exhibition showcasing advanced technologies like the "Extreme Eye" floating airship and remote sensing aircraft models [5][7] - Public engagement activities featured hands-on experiences with various aerospace technologies, including intelligent weather radar and health monitoring devices [7][8] Group 3: Acoustics Research Institute - The theme for the Acoustics Research Institute's public science day was "The Sound of Science Inspires the Future," featuring a variety of interactive and educational activities [8][9] - The event included demonstrations of advanced acoustic devices and experiments, allowing the public to experience the principles of acoustics firsthand [9][11] - The institute organized multiple lectures on popular science topics related to acoustics, along with a sci-fi film screening to engage the audience [9][11]

Core Viewpoint - The article discusses the development of the "super ring" economy in the Yangtze River Delta (YRD) region, highlighting the integration of high-speed rail, innovation corridors, and water transport to enhance regional cooperation and economic growth [3][4][5]. Group 1: High-Speed Rail "Super Ring" Economy - The first high-speed rail line of the "Yangtze River Delta Super Ring" is set to open in June 2024, connecting major cities such as Shanghai, Nanjing, Hefei, and Hangzhou, marking a significant achievement in regional integration [3]. - This high-speed rail network facilitates the flow of people, goods, information, technology, and capital, promoting a shift from geographical integration to functional integration within the region [3]. - The high-speed rail also links seven existing rail lines, enhancing connectivity with the Guangdong-Hong Kong-Macau Greater Bay Area and other economic zones [3]. Group 2: Innovation (Industry) "Super Ring" - The innovation "super ring" is formed by the G60 innovation corridor and the Shanghai-Nanjing-Hefei industrial innovation belt, fostering collaboration among multiple cities [4]. - Key projects include the establishment of an electric vehicle industry circle and an integrated circuit industry circle, enhancing regional industrial capabilities [4]. Group 3: Water Transport "Super Ring" - The water transport "super ring" consists of a network of rivers and canals, including the Grand Canal and Yangtze River, facilitating multi-modal transport and port economy [4]. Group 4: Mutual Benefits and Cooperation - The "super ring" economy promotes mutual benefits between the Yangtze River Delta and the Greater Bay Area, enhancing the flow of knowledge, information, and resources [5]. - Collaborative efforts include the establishment of innovation alliances and shared platforms for industry, research, and finance, driving effective industrial transfer and talent exchange [5]. - The article emphasizes the importance of differentiated layouts in future industries such as AI, chips, and biotechnology, fostering cooperation and resource sharing between the two regions [5].