中国国防科技大学的研究团队在最近的实验中，将一吨级测试车辆在两秒内加速至700公里/小时，创下超级电导电驱磁浮推进的世界纪录。这一突破标志着中国在超高速磁浮技术领域跻身全球领先行列，并为真空管磁浮运输开辟新路径。
中国国防科技大学（NUDT）的研究团队通过十年研发，在一条400米长的磁浮测试轨道上进行了实验。他们将一吨级测试车辆从静止加速至700公里/小时（435英里/小时），仅用时两秒，随后安全停下。这一速度创下了全球超级电导电驱磁浮的最快纪录。
国家电视台CCTV于周四发布了测试视频，显示车辆如底盘般在轨道上疾驰，身后留下一道雾迹。实验解决了多项核心技术难题，包括超高速电磁推进、电悬浮引导、瞬态高功率能量存储逆变以及高场超导磁体。
这一成果将中国推入超高速磁浮技术的全球顶尖水平，并为国内真空管磁浮或“超级高铁”运输解锁新潜力。电磁加速技术还可为航天发射辅助和测试提供新方法。团队下一步将聚焦超高速管式磁浮运输、航天设备测试以及电磁辅助发射技术。
实验不仅展示了高功率控制和极端加速能力的飞跃，还为未来交通和航天应用奠定基础。
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Tesla's Model 3 and Model Y have secured the top two positions in a recent real-world energy consumption test conducted by Chinese publication Autohome. The vehicles outperformed dozens of rivals under controlled high-speed conditions, highlighting their efficiency advantages. Xiaomi CEO Lei Jun acknowledged the results, pledging to learn from Tesla.
Scientists at ETH Zurich have developed a palm-sized superconducting magnet that produces magnetic fields up to 42 Tesla, matching the power of massive laboratory behemoths. This breakthrough uses commercially available materials and requires minimal power, potentially making advanced magnetic technologies more accessible. The innovation aims to enhance nuclear magnetic resonance techniques for molecular analysis.
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China's BYD has introduced a groundbreaking flash charging technology that adds up to 400 kilometers of range to electric vehicles in just five minutes, directly challenging Tesla's previous dismissals of such rapid charging as impossible. The innovation, powered by megawatt-level systems, is already being deployed in key Chinese cities amid surging EV adoption. This development highlights intensifying competition in the global EV market, where BYD has outpaced Tesla in battery-electric vehicle sales this year.
中国周一批准了两款配备三级自动驾驶功能的电动轿车上路，这是首次允许此类车辆在公共道路上运行。这些车型分别由长安汽车和北汽阿维塔开发，可在重庆和北京特定路段实现条件自动驾驶。
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Researchers in Australia have developed and tested what is described as the world's first proof-of-concept quantum battery, which charges faster as it scales up. Led by CSIRO in partnership with the University of Melbourne and RMIT, the prototype leverages quantum mechanics for rapid energy absorption. Findings were published in Light: Science & Applications.
中国人民解放军正在推进量子技术用于军事应用，包括超过10种实验性量子网络战工具正在开发中。这些工具旨在提升前线测绘并从公共网络空间收集高价值军事情报。
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北京邮电大学吴振平团队在《科学进展》杂志上发表的研究证实，kappa-氧化镓在室温下表现出稳定的铁电性，可同时作为存储设备和高功率传输组件。该发现可能使中国军用雷达缩小并增强功率，领先于美国F-22的旧技术。