BEIJING, Feb. 25 (Xinhua) -- A Chinese research team has developed an artificial intelligence (AI) model called SpecCLIP, which can interpret stellar spectral data from different telescopes, ...

示，争取“十五五”时期再落地实施2—3条陇电外送通道项目。 Data Source Statement: Except for publicly available information, all other data are processed by SMM based on publicly available information, market communication, and r ...

On March 5, the Xinjiang delegation attending the fourth session of the 14th National People's Congress held a plenary meeting at its residence.Zhang ...

2026年刚开场两个月，美军就开展了两场军事行动，它们不仅是地缘政治的惊天剧变，更是人类战争史上的技术分水岭，因为在这些势如破竹的军事行动背后，都有AI技术参与其中。

Ace Robotics, a cutting-edge robotics startup focused on embodied intelligence, has completed its angel round, raising an undisclosed amount of money.  The round was led by Ant Group, with participati ...

[越南·胡志明市，2026年3月3日] 近日，安步汽车科技集团（以下简称“安步集团”）旗下专注于新能源汽车出海的全球数字化零售平台 Wcar，携手用友网络越南有限公司共同宣布，Wcar越南YonSuite数智化平台项目正式启动。本次合作旨在构建支撑多机构集中管理的统一数智平台，为Wcar在东南亚市场的快速扩张提供坚实的技术底座 。 [Ho Chi Minh City, Vietnam, March ...

Editor's Note: China will hold its annual Two Sessions in early March. Ahead of this year's key political meetings, CGTN ...

An IAEA-led study has revealed that image-guided brachytherapy can be implemented in hospitals with limited resources, offering better outcomes for cervical cancer patients worldwide. Cervical cancer ...

Services consumption, analysts note, offers a pathway to that economic rebalancing that also aligns with broader social priorities: aging-in-place services for a graying population, cultural ...

2026 年刚开场两个月，美军就开展了两场军事行动，它们不仅是地缘政治的惊天剧变，更是人类战争史上的技术分水岭，因为在这些势如破竹的军事行动背后，都有 AI 技术参与其中。 在过往的战争中，" 观察、调整、决策、行动 " 的军事决策体系受限于人类的处理速度，往往需要数小时甚至数天。而在 AI 驱动的算法战争中，这个周期正在被压缩到数秒甚至数毫秒。

Across China, the rapid rise of one-person companies, or OPCs, empowered by artificial intelligence tools and strong ecosystem support, is reshaping entrepreneurship, as innovators leverage AI as a vi ...

过去十年，人工智能能力的跃迁主要发生在感知和语言层面。大模型学会了识别图像、理解文本，并在语言生成任务上表现出接近甚至超越人类的能力。 然而，当我们想让人工智能走出屏幕、进入物理世界时，上述能力仍然不足以支撑一个智能体在现实环境中稳定运行。 机器人在抓取物体、自动驾驶系统在复杂路况下做出判断，往往比语言对话要困难得多。其根本原因在于，物理世界并不是一个由离散符号组成的系统，而是一个连续演化、受因果 ...