低空物流，正从概念走向现实，从试点场景逐步嵌入日常生活。当物流"飞"上天空，当无人机稳稳降落 在小区配送外卖时，不少人会问：这些"空中飞手"会抢快递员、外卖员的饭碗吗？低空物流为何能够乘 势而"飞"？ 近期，由中国科协企业创新服务中心主办的"企创融通汇"低空智慧物流专场活动在京举行，政府部门、 高校、企业及相关机构代表围绕低空智慧物流如何回应物流人力缺口、如何撬动产业协同发展给出了较 为系统的观察与回应。 在一些偏远山区和海岛，无人机跨越山海，将药品、生活物资直接送达，成功破解末端配送难题；而在 超大城市，低空航线在楼宇之间铺开，小型无人机轻松避开早晚高峰，为紧急文件、生鲜配送提供点对 点直达的新路径。 来源：光明网 低空经济的崛起并非单一产业的独角戏，以低空物流为代表的应用场景，正成为带动5G/6G、卫星互 联、人工智能、生物制造等多领域协同突破的重要引擎，为产业升级注入新质生产力。 靳兵介绍，在通信技术领域，无人机拓展了5G/6G技术价值的边界。相较于满足老百姓日常上网的需 求，5G/6G的优势在低空物流场景中得以充分释放，支撑无人机精准导航、实时数据传输和远程安全管 控，反过来也推动5G/6G工业应用场 ...

Core Insights - The 2025 China Multi-Agent Application Conference was held in Chengdu, focusing on talent cultivation, technological breakthroughs, industry integration, and ecological construction in the multi-agent technology sector [1][3]. Group 1: Industry Trends - The rapid development of large models has positioned intelligent agents as a defining trend for the next generation of software and operating systems, with 2023 recognized as the inaugural year for large model intelligent agents [3]. - Tencent has been committed to building an AI research ecosystem since launching the Tencent Enlightenment platform in 2019, providing high-fidelity, low-cost experimental environments for global researchers and students [3]. Group 2: Competitions and Collaborations - The conference featured the award ceremony for the 2025 Sichuan-Chongqing University Student AI Competition and the Tencent Enlightenment Global Open AI Competition, attracting nearly 10,000 students from 533 universities across China [5]. - Tencent and Yushu Technology launched the world's first embodied intelligent reinforcement learning motion control track, designed to progressively advance from virtual to real-world applications [5]. - A collaboration plan was announced between the 2026 Tencent Enlightenment Global Open AI Competition and the China University Student Service Outsourcing Innovation and Entrepreneurship Competition to create industry-relevant and challenging topics for youth talent [5][7]. Group 3: Academic Contributions - The main forum included academic reports from prominent figures such as the director of the Shanghai AI Laboratory and a professor from Nanyang Technological University, discussing key breakthroughs and pathways for the application of multi-agent technology [7]. - A roundtable discussion on the evolution of multi-agent paradigms featured experts from Nanjing University and Shanghai Jiao Tong University, focusing on the emergence of system capabilities driven by application scenarios [7]. Group 4: Thematic Discussions - Five specialized sub-forums on "AI Education," "Intelligent Decision-Making," "Large Model Intelligent Agents," "Embodied Intelligence," and "Intelligent Manufacturing" provided comprehensive coverage of key areas in multi-agent technology [9]. - The conference was organized by the China Computer Federation (CCF) with support from the Sichuan Provincial Economic Cooperation Bureau and the IEEE, co-hosted by the CCF's Artificial Intelligence and Pattern Recognition Committee and Tencent [9].

Core Insights - NASA's SPHEREx space telescope has successfully created the first all-sky infrared map with 102 colors, aiding in the understanding of physical processes post-Big Bang and the evolution of galaxies over nearly 14 billion years [1][2] - The telescope, launched in March, orbits the Earth approximately 14.5 times a day and captures around 3,600 images daily, achieving full-sky coverage after six months of operation [1] - SPHEREx's unique capability lies in its ability to capture a wide range of infrared colors simultaneously, providing detailed information about star and planet formation regions [2] Group 1 - SPHEREx was launched in March and has completed a full-sky survey, producing a panoramic image by December [1] - The telescope operates with six detectors, each equipped with specially designed filters to capture 17 gradient colors, resulting in images composed of 102 different color layers [1] - The combination of wide field of view and multi-color detection distinguishes SPHEREx from other survey projects, such as NASA's Wide-field Infrared Survey Explorer [2] Group 2 - SPHEREx captures infrared light that is not visible to the human eye, providing unique insights into the universe's structure and the distribution of key materials for life within the Milky Way [2] - Previous projects have created all-sky maps, but none have matched SPHEREx's ability to capture such a rich array of colors simultaneously [2] - The telescope's observations will enhance the understanding of cosmic phenomena and the conditions necessary for life [1][2]

Core Insights - The State Administration for Market Regulation has organized domestic technological forces to address measurement and regulatory challenges posed by large-scale power electronic devices connected to new distribution networks [1][2] Group 1: Technological Advancements - Significant breakthroughs have been achieved in various fields, including the establishment of a solar radiation SI traceability system and the development of outdoor calibration devices for total radiation, enabling high-precision traceability of solar irradiance [1] - The team has overcome challenges in synchronous phasor precision measurement technology based on Programmable Josephson Voltage Standard (PJVS), and developed self-calibration methods for low-frequency high-voltage large current ratio and wideband large current sensing technology [1] - An online evaluation algorithm for the metering performance of electric vehicle charging piles has been constructed, facilitating intelligent regulation of a vast number of charging facilities and enhancing operational reliability and fairness [1] Group 2: Standardization and Future Directions - The team has led the compilation of the national standard "GB/T 33708.1-2025 for DC energy measurement devices," providing technical specifications for new DC energy measurement equipment [2] - These achievements signify systematic progress in the field of measurement and regulation for new power systems, addressing measurement challenges brought by renewable energy integration and laying a technical foundation for the efficient use of clean energy and standardized management of electric vehicle charging infrastructure [2] - The State Administration for Market Regulation will continue to promote the demonstration application of related technologies in actual power scenarios and gradually improve the traceability system and intelligent regulatory model suitable for new power systems [2]

来源：科技日报 卢力媛 科技日报记者 王春 当前，元宇宙技术正加速从概念走向产业实践，成为驱动实体经济数字化转型的重要引擎。破解技术瓶 颈、构建协同生态，成为全球元宇宙产业高质量发展的关键命题。 在上海青瞳视觉科技有限公司（以下简称"青瞳视觉"），演员一个细微的肩部抖动被亚毫米级精度的光 学相机精准捕捉，这份数据将用于训练千里之外工厂里的人形机器人。 戴上VR眼镜，上海宝信软件股份有限公司（以下简称"宝信软件"）的技术专家正远程"走进"千里之外 的钢铁厂加热炉区。炉内温度、板坯位置、出炉时间等数据以三维可视化形式实时呈现在眼前。这套基 于工业元宇宙的远程监控系统，将设备故障处理时间从以往的半小时以上缩短到分钟级，更重要的是， 它正在将高危险性的工业场景转化为安全的数字实验场。 这是"2025元宇宙创新大会"上展示的上海元宇宙创新生态一角。近日，科技日报记者随大会企业集中采 访活动，走访上海多家元宇宙企业。从黄浦区的沉浸式体验到张江的硬件制造，从漕河泾的内容创作到 宝山的工业应用，一条以"硬技术"支撑"软场景"、以"虚能力"赋能"实产业"的清晰路径正在形成。 实现核心工具链自主化 元宇宙的虚实连接，离不开关键技 ...

为解决这一问题，研究团队想出了"分区管理"的办法。他们把原子分成5个不同的功能区：寄存区用于存放量子比特，交互区进行计算，测量区用于利用辅 助原子检查误差，储备区则放着备用原子，加载区负责从外部补充新原子。 这样一来，就好比把工厂的生产线分成几个独立车间，即便某个车间出现故障，其他车间仍能照常运转，不会让整个生产停摆。当"工厂"发现某个原子"跑 掉"时，会立即从储备区调出备用原子，放到空缺位置，并将其重置为最低能量状态，使其马上投入运算。同时，完成检查任务的辅助原子也可以被回收， 经过重置后重复使用，实现"边运行边修复"。 为了验证这一机制，研究团队让量子计算机运行了一个重复代码，并连续进行了41轮自检。每轮中，系统都能像替换损坏零件一样，及时补上丢失的原子， 而数据运行不受影响。研究人员表示，如果没有自我修复功能，系统在几轮运算后就会"耗光原子"，无法继续工作。 这项研究表明，中性原子量子处理器在电路运行中可像"回收零件"一样，重新初始化并重复使用辅助原子，这样在量子比特寿命有限的条件下，量子电路也 能连续运转。 来源：科技日报 科技日报记者 张佳欣 就像传统计算机一样，量子计算机也会"出故障"。在运行过程 ...

Core Insights - A unique exoplanet named PSR J2322-2650b, resembling a lemon, has been discovered by scientists at the University of Chicago using the James Webb Space Telescope, challenging existing theories of planet formation [1][3] Group 1: Exoplanet Characteristics - The exoplanet is located approximately 4000 light-years away and orbits a rapidly rotating pulsar, which is a rare occurrence [3] - The atmosphere of PSR J2322-2650b is rich in carbon molecules (C3, C2) and exhibits strong westerly winds, which contradicts current understanding of such celestial bodies [3] - The planet's shape is elongated due to the gravitational pull of the pulsar, making it resemble an ellipsoid, specifically a lemon [3] Group 2: Temperature and Atmospheric Conditions - The surface temperature of the coldest region on the planet reaches about 650°C, and its "year" lasts approximately 7.8 hours [3] - Unlike most gas giants, the atmospheric wind direction on this planet is opposite to its rotation [3] - The planet appears deep red with clouds of graphite floating in its atmosphere, described as "an evil lemon," marking it as one of the most peculiar exoplanets known to date [3] Group 3: Implications for Planetary Science - The extreme carbon content in the atmosphere poses significant challenges to traditional theories, which suggest that such planets should contain a richer variety of elements due to their origins from stripped stellar cores [3] - This discovery provides new insights into the chemical composition and atmospheric dynamics of exoplanets, potentially reshaping the understanding of their formation and evolution [3]

例如，谷歌Waymo已在全美部署超过2500台无人车，周订单量突破45万，并加速更多城市落地。我国 也在多地先行先试，推动技术落地。目前萝卜快跑已落地全球22城，累计出行服务次数已超1700万。 此次萝卜快跑成功落地伦敦、进军全球右舵市场，并非简单的市场地域扩展，而是中国技术标准与运营 体系首次系统性对接全球主流的右舵交通环境，将有力证明中国无人驾驶技术方案具备应对全球多样化 交通环境的普适性与先进性。中国无人驾驶行业也迈出了从单一产品输出到与全球交通生态深度融合的 关键一步。 在技术上，中国无人车进入右舵市场不是技术模型的简单移植，而是需要深度融入目标市场的交通生 态、法规体系与文化环境，并深度参与当地无人驾驶安全标准的制定。通过"技术+标准"的出海模式， 中国无人驾驶企业正在从全球智能交通规则的"追随者"向"参与者"乃至"共同定义者"转变，共建全球出 行新生态。 当前，全球主要国家均在人工智能领域持续强化战略布局，加大资金投入，技术、产业、治理规则竞争 日趋激烈。近期，中国信通院发布的《自动驾驶战略与政策观察（2025年）》（以下简称《观察》）也 明确指出，全球自动驾驶发展已进入"快车道"，中美引领自动驾 ...

Core Viewpoint - The introduction of the spine-free hybrid silver crucian carp, developed by a research team led by academician Gui Jianfang, aims to address the issue of fish bones in consumption, with significant potential for commercial breeding and market introduction [1][3]. Group 1: Product Development - The new variety, known as "Zhongke No. 6," shows a 25% increase in growth rate compared to "Zhongke No. 3," a 66.5% improvement in survival rate, and a 20.1% enhancement in feed efficiency [1]. - The research team has successfully bred several generations of mutant silver crucian carp that completely lack intermuscular bones, laying the foundation for the new strain [2]. Group 2: Economic Impact - Approximately 70% of crucian carp in major production areas are derived from the new varieties promoted by the research team, generating annual economic benefits of several billion RMB [1]. - The new high-yield and disease-resistant variety "Zhongke No. 6" is expected to be widely available for artificial breeding soon, potentially reaching consumers' tables in the near future [3].

Core Insights - Emerging technologies such as IoT, big data analytics, and artificial intelligence are rapidly developing and have the potential to transform global society and economy. Africa has a unique opportunity to leverage these technologies and reliable partnerships for socio-economic transformation, potentially contributing approximately $1.5 trillion to its GDP by 2030 through accelerated sustainable growth and development [1][2]. Group 1: Technological Development and Economic Impact - The advancements in renewable energy, broadband infrastructure, and digital public services are enhancing resilience and promoting inclusive technology applications to aid development [1]. - The African Union's Agenda 2063 and the African Continental Free Trade Area (AfCFTA) provide critical frameworks that can benefit from the increasing prevalence of emerging technologies and favorable tech partnerships [1][2]. - The African Digital Transformation Strategy (2020-2030) prioritizes broadband expansion, digital skills training, e-governance, data governance, and support for emerging technologies like AI and fintech, guiding Africa's related efforts [1][2]. Group 2: China-Africa Technological Partnership - China's growing partnership with Africa in the tech sector involves governments and major telecom and mobile companies, indicating that reliable partnerships can effectively bridge the digital divide and promote inclusive economic participation and growth [2]. - China is a significant force in promoting development in the Global South through various initiatives, including the Belt and Road Initiative and the China-Africa Cooperation Forum, focusing on common development, security, cultural exchange, and equitable global governance [2][3]. - Chinese government and enterprises are crucial partners in Africa's tech-driven modernization, providing ICT support that aids economic growth and public service delivery in sectors like e-governance, healthcare, and education [2][3]. Group 3: Infrastructure and Capacity Building - Chinese enterprises have piloted AI systems in urban management, fintech solutions, and hydropower operations in several African countries, with ongoing efforts to apply technology in green energy and food security [3]. - The China-Africa Technology Partnership Program 2.0 includes joint projects for building R&D centers, tech parks, and sustainable development initiatives, marking a deepening of long-term mutually beneficial development positioning [3][4]. - China has made significant investments in Africa's digital infrastructure, assisting in the construction of extensive backbone networks totaling approximately 150,000 kilometers, with over 200,000 kilometers of fiber optic laid [3][4]. Group 4: Education and Long-term Development - China supports African universities and vocational education, launching specialized technical talent training programs and establishing joint R&D innovation institutions to deepen tech cooperation [4]. - The China-Africa partnership has acted as a catalyst in bridging Africa's digital divide, with future prospects for solidifying tech cooperation as a primary frontier for sustainable socio-economic transformation and modernization [4].