Core Viewpoint - Wingan Technology (Hubei) Co., Ltd. has successfully launched its X600 heavy-duty drone, capable of carrying a payload of 300 kilograms, marking a significant advancement in the drone industry [1] Group 1: Product Launch and Capabilities - The X600 drone can easily lift six bags of cement weighing 300 kilograms and perform various aerial maneuvers [1] - The drone's operational system allows for multi-drone collaboration, enhancing its utility in various applications [1] - The maximum takeoff weight of the X600 is 600 kilograms, positioning it competitively against light manned helicopters for emergency rescue and special operations [1] Group 2: Industry Development and Future Plans - Yichang's Yiling District has included low-altitude economy as a key development industry, with several companies, including Wingan Technology, set to establish operations in the local science and technology park by 2025 [1] - The district plans to enhance support in policy funding, application scenario expansion, research and manufacturing, airspace management, and capability building to develop a large-scale, intelligent, and systematic low-altitude economic ecosystem [1]

来源：光明日报 本报沈阳2月2日电（记者李建斌） 项目工地上，运输机器人搭载着建材来回穿梭，焊接机器人在高空舞动"手臂"自动焊接，喷涂机器人在 室内"挥毫泼墨"粉刷作业……这些场景正在走进现实。2月1日，新松公司联合中国五冶集团等单位举行 新品发布会，集中发布国内首个自研智能建造机器人生态集群，包含行业首创的项目级机器人集群智能 调度管理系统和四款自主研发的智能建造机器人。 本次发布的机器人集群智能调度管理系统，是全国首个项目级智能建造"指挥中心"，能够实现机器人与 智能装备全生命周期集群管理、智能调度，借助AI大模型赋能智能巡检与视频监控集成，让施工数据 实时3D可视化。同时发布的高空焊接机器人、多用途智能配送机器人、钢筋智能加工机器人和智能喷 涂机器人四款智能建造机器人，主要聚焦高空钢结构焊接风险高、效率低，物料搬运依赖人工、低效易 损，钢筋加工场地杂乱、费时耗力，室内喷涂质量不均、健康危害大等痛点，为"危、繁、脏、重"的建 筑施工提供安全便捷、高效智能的解决方案，可大幅提升施工作业效率。 现场演示区，灵活穿梭的智联系列1型多用途智能配送机器人尤为惹眼，载重达1吨的它被称为工地"全 能快递员"。该机器人单 ...

来源：光明日报 本报北京2月2日电（记者崔兴毅） 就像为一段混乱的进程找到慢放键，中国科学家在量子世界实现了一项关键控制。中国科学院物理研究 所与北京大学的联合科研团队在国际上首次利用超导量子芯片，实验观测并人工调控量子多体系统走向 混沌前的关键中间状态——"预热化"平台。这一发现为理解并控制复杂的量子动力学过程打开了新窗 口，相关成果日前在线发表于国际学术期刊《自然》。 在量子世界中，系统在外部驱动下通常会逐步丢失初始信息，最终达到混乱的热平衡状态，该过程被称 为"热化"。然而，实验揭示，在完全热化之前，系统会经历一个反直觉的、相对稳定的"预热化"平台 期。这类似于给冰加热——在冰完全融化成水之前，温度会长时间稳定在0摄氏度。在预热化阶段，量 子系统虽受驱动，但信息扩散被抑制，有序性得以短暂保持。 研究团队在集成78个量子比特的超导量子处理器"庄子2.0"上完成这项实验。他们采用一种名为"随机多 极驱动"的特殊序列对系统进行精确操控。该驱动方式基于非周期的数学序列，通过调节序列的阶数与 周期，研究人员如同掌握不同的"加热节奏"，成功实现对预热化平台持续时间的主动调控。当平台期结 束后，系统内部纠缠度急剧增长 ...

Core Insights - OpenClaw, an open-source AI assistant, is rapidly gaining global attention, achieving over 140,000 stars on GitHub within a week and integrating with over 50 office and social platforms, transforming AI into a "cross-platform digital productivity" tool [1] - The emergence of the AI social network Moltbot, with 14,000 discussion communities, indicates a self-organizing and rapidly evolving digital ecosystem [1] - The development of OpenClaw raises critical questions about how to construct a security framework that matches the expanded capabilities and permissions of AI systems [1] Industry Analysis - Experts highlight that while OpenClaw's rapid development is impressive, the associated risks remain within a controllable research framework, emphasizing the need for proactive security measures to address unknown challenges [2] - The primary risk associated with autonomous AI agents like OpenClaw lies in granting excessive "system agency," which can lead to micro-level behavior control issues, such as unauthorized resource occupation and the potential for malicious code exploitation [4] - The formation of invisible communication between AI agents poses additional risks, as they can interact using incomprehensible commands, effectively creating a potential AI "dark web" that could evade human oversight [4] - A new type of attack known as "prompt injection" could spread like a virus among interconnected AI agents, potentially forming a decentralized zombie network that traditional defenses may struggle to counter [4] Security Framework Development - As the interaction scale of AI agents like OpenClaw and Moltbot escalates to a "city-level" ecosystem, the urgency to establish an "inherent safety" framework becomes paramount [5] - The Shanghai Artificial Intelligence Laboratory advocates for a balanced approach to performance and safety, proposing the development of tools for risk identification, dynamic diagnostics, and strict supply chain reviews to enhance security [5] - The laboratory has released an open-source model for rapid risk diagnosis and is exploring the integration of safety principles into the decision-making layers of AI agents, aiming to embed safety capabilities throughout the AI development lifecycle [5]

来源：科技日报 研究团队此次通过分析远古铁建造中的铁同位素，成功解码了当时的海洋温度信号。铁建造是现代钢铁 冶炼的主要矿石，是一类由富铁层和富硅层交替组成的古老沉积岩。"我们发现，7亿年前'雪球地球'时 期的铁建造里，铁同位素比地球历史上其他时候都'偏正'。简单来说，这个信号就像低温标签，温度越 低，信号越偏正。"论文作者之一、中国科学院地质与地球物理研究所路凯博士说。 在如此低温下，海水为何没有完全冻结？研究进一步发现，当时局部水体盐度极高，约为现代海水的四 倍以上，从而使冰点下降至约零下11℃，与低温推算相吻合。研究团队认为，这种极寒、高盐的极端环 境，很可能形成于巨大冰架的底部，类似现代南极冰架下存在的"冰泵"循环。 据悉，这项研究首次为"雪球地球"的极端海洋环境提供了直接定量证据，揭示全球冰封背景下仍可能存 在特殊的液态水微环境。这不仅为探索早期生命如何在极端气候中存续提供了新线索，也对认识地球气 候系统的剧烈变化具有重要科学价值。 科技日报记者 陆成宽 记者2日从中国科学院地质与地球物理研究所获悉，由该所罗斯·米歇尔研究员、冯连君正高级工程师领 衔的国际团队，创新利用铁同位素作为"古温度计"，对约7 ...

大约15年前，美国德雷塞尔大学研究团队首次发现了一种用途广泛的二维导电纳米材料MXene。如今， 这一团队在新一期《先进材料》杂志上报告称，他们成功制备了这种材料的一维"近亲"——MXene纳米 卷轴，并首次实现对其形貌和化学结构的精准调控。这种新型一维导电纳米材料有望在储能器件、生物 传感器及可穿戴电子设备等方面展现应用潜力。 这种一维MXene结构在传感和柔性电子领域具有潜在优势。由于其开放中空的几何形态，分子和离子可 更容易接触材料表面，有助于提升生物传感和气体传感的灵敏度。同时，纳米卷轴兼具较高刚性和导电 性，可在可穿戴电子设备中同时发挥力学增强和导电网络支撑作用。 在传统二维MXene中，片层在堆叠状态下容易形成狭窄通道，限制离子和分子的传输效率。而当片层卷 曲成中空的一维结构后，这种纳米尺度的"束缚效应"被有效消除。这种开放的管状几何结构就像为快速 传输开辟了"高速公路"，为离子迁移提供了更为通畅的路径。 值得关注的是，研究团队在碳化铌MXene纳米卷轴中观察到超导行为的初步迹象。此前，这类材料的超 导性仅在压制成型的颗粒或粉末中出现。卷曲过程中引入的晶格应变和一维连续结构，可能为超导态的 稳定提 ...

0:00 2月2日，塞尔维亚总统武契奇在贝尔格莱德中国文化中心观看了中国机器人表演。当武契奇总统与中国 机器人握手时，机器人还向他做了自我介绍！ 来源：央视新闻客户端 武契奇总统之后发文表示，"机器人卢卡的手很有力量，这种技术发展令人着迷，对未来产业格局具有 至关重要的意义。" ...

Core Insights - China is emerging as a significant player in the autonomous driving sector, with several companies actively operating and expanding their services both domestically and internationally [1][2] - The three major autonomous taxi companies in China are Baidu's Apollo Go, Pony.ai, and WeRide, which are conducting pilot programs in various cities [1] - Major cities for autonomous taxi services in China include Beijing, Shanghai, Wuhan, Guangzhou, and Shenzhen, with Beijing serving as a key area for understanding the industry [1] Company and Industry Overview - The autonomous taxi service in Wuhan, particularly Baidu's Apollo Go, is highlighted as a reliable option for commuters, showcasing the potential for automated vehicles in everyday travel [2] - In Guangzhou, many autonomous taxis still have human safety operators, while autonomous buses are being tested in certain urban areas [2] - The user experience for foreign tourists may be challenging due to language barriers, but advancements in technology and the willingness of locals to assist can enhance accessibility [2] - Overall, China's autonomous taxi services are considered to be ahead of similar services in most other countries, making it an attractive destination for those interested in experiencing this technology [2]

Core Viewpoint - SpaceX has acquired xAI, an artificial intelligence company also owned by Elon Musk, marking a strategic expansion into AI technology [1] Group 1 - SpaceX announced the acquisition of xAI on February 2, local time in the United States [1] - xAI confirmed its integration into SpaceX through its own statement [1]

来源：环球网 【环球网科技报道 记者 林迪】2026年，被派拓网络（Palo Alto Networks）正式定义为"防御之年"。近 日，派拓网络发布了《AI经济六大预测：2026年网络安全新规则》报告，派拓网络大中华区总裁陈文 俊与大中华区售前总经理董春涛向媒体系统性地揭示了在原生AI经济加速落地的背景下，企业将面临 的全新安全挑战与应对路径。 据介绍，这一预测并非凭空而来。回望2025年，派拓网络此前将其称为"颠覆之年"——供应链漏洞引发 的大规模网络入侵事件激增，84%的重大安全事件直接导致企业业务中断、声誉受损或经济损失。攻击 者的速度与技术复杂度已达到新高。如今，随着自主式AI智能体开始深度融入企业运营，攻防态势正 发生根本性转变。 派拓网络预测，2026年，身份认证将成为网络攻防的主战场。高度逼真的实时AI深度伪造技术，即"首 席执行官替身"将让伪造信息与真实信息难以区分。 "万一这个身份暴露以后，那就变成另外一个工具给那个攻击方来去使用。"陈文俊解释道，随着企业内 部AI智能体数量激增，人与智能体的身份比例预计将达到惊人的82:1。每一个智能体都拥有执行任务的 权限，一旦其身份被盗用，一条伪造指 ...