论坛上，由中国科学院自动化研究所与武汉人工智能研究院（以下简称"武智院"）联合打造的紫东太初 4.0多模态推理大模型在光谷正式发布。中国科学院自动化研究所副总工程师、武智院院长王金桥在接 受记者采访时介绍，从3.0原生的多模态统一框架到4.0多模态细腻度的复杂思考，紫东太初完成了国产 大模型从"纯文本思考""简单操作带图思考"到"细粒度多模态语义思考"的三重跃迁。 本报讯 （记者李万晨曦） 9月19日，2025东湖国际人工智能高峰论坛在湖北省武汉市中国光谷科技会展中心圆满召开。大会旨在 深入贯彻国家关于加快发展新质生产力的战略部署，积极响应国务院"人工智能+"行动规划，以人工智 能核心要素为创新牵引，汇聚产学研用各界力量，共同推动产业高质量发展。 湖北省、武汉市、东湖高新（600133）区相关单位负责人、业界专家学者、产学研各界代表齐聚一堂， 围绕大模型演进、具身智能、AI for Science及产业发展等前沿议题展开深度交流。 为深入探讨AI赋能科研的核心价值与前沿趋势，本次论坛特别设立"AI for Science"圆桌对话环节，围 绕"人工智能在科研中的代表性成果""AI4S对研究范式的革新影响""紫 ...

Core Insights - The "CMG World Robot Competition - Mecha Fighting Arena" concluded on May 25, showcasing the capabilities of the Yushu G1 robots in combat skills and motion control [1][2] - Yushu Technology's humanoid robots are expected to achieve a shipment of 1,000 units by 2025, indicating a faster industrialization process [6] Group 1: Event Overview - The competition took place in Hangzhou and was broadcasted live by CCTV Science and Education Channel, featuring four teams competing with Yushu G1 robots [2] - The competition format was based on a point system, consisting of three rounds, each lasting two minutes [2] Group 2: Robot Performance - Yushu G1 robots demonstrated advanced motion control capabilities, executing complex combat moves such as side kicks, knee strikes, and combinations with fluidity and power [3] - The robots exhibited strong balance and recovery abilities, maintaining upright posture after being struck and smoothly transitioning from a fallen position back to standing [3] Group 3: Software and Learning Progress - The robots learned combat skills through a pre-training model that includes real data from professional fighters and video data for imitation learning [4] - The robots' action output is linked to remote control commands, allowing for quick decision-making and execution based on environmental assessments [4] Group 4: Hardware Capabilities - The robots are equipped with high-performance motors, depth cameras, laser radars, and sensors, enhancing their motion output and perception [5] - Lightweight materials contribute to the robots' agility and flexibility during operations [5] Group 5: Industry Outlook - The humanoid robots' skill sets are expanding, and the acceleration of model evolution is crucial for commercial viability and adaptability across various tasks [6] - Investment recommendations include companies such as Zhongda Lide, Changsheng Bearing, and Aobi Zhongguang, with additional attention suggested for Shoucheng Holdings, Wolong Electric Drive, and Lingyun Optics [7]