据介绍，"紫东太初"大模型由中国科学院自动化研究所联合武汉人工智能研究院研发，自2021年首次问 世后，已经历4次迭代。紫东太初4.0版本已具备"边看、边识、边思"的细粒度多模态推理能力，可在复 杂水务场景下实现卫星遥感、无人机视频、水质传感器等多源数据深度融合。 在人工智能产学研用深度融合的背景下，28家企业签约成为"紫东太初"生态伙伴，武汉控股（600168） （600168.SH）作为武汉人工智能研究院战略合作伙伴，受邀深度参与本次盛会，并正式加入"紫东太 初"大模型生态联盟。这标志着武汉控股全面融入国家级多模态 AI 产业方阵，迈入"大模型赋能、全场 景智水"的新阶段。 值得一提的是，武汉控股此前发布行业首创的"水域经济大模型"，未来该模型也将与"紫东太初"城市级 大模型深度耦合，把水务场景的专业能力融入城市治理、应急指挥、生态环保等更广阔领域，实现"水 —城—人"全域协同，为建设智慧武汉、韧性城市贡献城投智慧。 近日，由武汉人工智能研究院、武汉紫东太初科技有限公司等联合主办的2025东湖国际人工智能高峰论 坛在中国光谷科技会展中心圆满落幕。会上，全球首个深度推理+多模态大模型——"紫东太初4.0"多 ...

Core Insights - The event showcased advancements in intelligent technology, including smart healthcare, bionic robots, and brain-computer interfaces, through interactive experiences and scientific demonstrations [1][3] Group 1: Technological Innovations - The "arterial ultrasound scanning robot" enables early screening for cerebrovascular diseases by scanning the neck in about two minutes, highlighting its importance in preventing strokes [1] - The robot integrates "robotics + artificial intelligence + portable ultrasound," allowing even novices to perform high-quality scans with AI providing accurate analysis and generating diagnostic reports [2] - The "Purple East Taichu" digital human "Xiao Chu" can understand images, videos, and sounds, and perform tasks like bilingual translation and poetry, showcasing the potential of AI in enhancing human-like understanding and creativity [3] Group 2: Audience Engagement - The event aimed to inspire youth by allowing them to experience technology firsthand, fostering a passion for scientific exploration [3] - Interactive projects were designed to demonstrate the latest developments in intelligent technology and its application prospects to the public [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]

Group 1 - The 2025 Beijing Science and Technology Week and the "Automation Light" Public Science Day at the Chinese Academy of Sciences showcased innovative achievements in various fields including artificial intelligence, gene therapy, brain-machine interfaces, and hydrogen energy [1][2] - The theme of this year's Science and Technology Week is "Determined to Innovate and Build a Strong Science and Technology Nation," emphasizing the collaboration between the Chinese Academy of Sciences and Beijing to promote high-end scientific resources [2][3] - The "Automation Light" Public Science Day has successfully held 21 sessions, inspiring many young people to explore science [2] Group 2 - The event featured 18 research achievements in artificial intelligence applications across various sectors, including smart healthcare and robotics [3][5] - The Q series humanoid robots and Casia Hand dexterous hand were highlighted, showcasing their capabilities in hazardous environments and service industries [3][4] - The micro-invasive brain-machine interface technology was presented, demonstrating its potential in medical rehabilitation and neural control, with ongoing animal experiments [4][5] Group 3 - Interactive exhibitions allowed the public to experience advanced technologies, such as a desktop carotid ultrasound robot system that aids in standardized screening [5] - Attendees engaged with various interactive projects, including AI art and thought rehabilitation technologies, enhancing public understanding of cutting-edge innovations [5]