首个、首次、首台 本周 我国在工程建设、科学探测等领域 实现多项重大突破 中国科技与中国实力再度刷屏 用"中国精度"看宇宙 中微子实验首个重大成果发布 11月19日 江门中微子实验在建成两个月后首次发布重大科研成果 其对中微子相关参数的测量精度 比此前实验的最好精度提高了1.5~1.8倍 作为国际上首个运行的超大规模和超高精度的中微子专用大科学装置，江门中微子实验将助力科学家对来自太阳、超新星、大气和地球的中微子开展 前沿研究，其最主要的科学目标是解决粒子物理学领域未来十年内的一个重大问题，即：中微子的质量顺序，从而为探索未知物理世界打开新窗口。 江门中微子实验合作组发言人介绍 中微子实验的核心探测器达到了设计要求 中广核招远核电1号机组 核岛第一罐混凝土顺利浇筑 标志着山东招远核电基地建设全面启动 01:38 "华龙一号" 未来几年会把精度再提高几倍 实现用"中国精度"看宇宙 我国首个采用冷却塔的 "华龙一号"核电站正式开建 11月18日我国首个 采用冷却塔的"华龙一号"核电站 是我国自主研发的第三代核电技术 是目前全球在运和在建机组数量最多的 一种核电堆型 整个招远核电项目规划建设 6台华龙一号核电机组 ...

首个、首次、首台 本周 我国在工程建设、科学探测等领域 实现多项重大突破 中国科技与中国实力再度刷屏 用"中国精度"看宇宙 中微子实验首个重大成果发布 11月19日 江门中微子实验在建成两个月后 首次发布重大科研成果 其对中微子相关参数的测量精度 比此前实验的最好精度提高了1.5~1.8倍 我国首个采用冷却塔的 "华龙一号"核电站正式开建 11月18日 我国首个 采用冷却塔的"华龙一号"核电站 中广核招远核电1号机组 作为国际上首个运行的超大规模和超高精度的中微子专用大科学装置，江门中微子实验将助力科学家对来自太阳、超新星、 大气和地球的中微子开展前沿研究，其最主要的科学目标是解决粒子物理学领域未来十年内的一个重大问题，即：中微子的 质量顺序，从而为探索未知物理世界打开新窗口。 江门中微子实验合作组发言人介绍 中微子实验的核心探测器达到了设计要求 未来几年会把精度再提高几倍 实现用"中国精度"看宇宙 核岛第一罐混凝土顺利浇筑 标志着山东招远核电基地建设全面启动 "华龙一号" 是我国自主研发的第三代核电技术 是目前全球在运和在建机组数量最多的 一种核电堆型 整个招远核电项目规划建设 6台华龙一号核电机组 总装机 ...

捕捉"幽灵粒子" 江门中微子实验 漫貴唐度创新高 比此前实验的最好记录提高了1.5-1.8倍 记者11月19日从中国科学院高能物理研究所获悉，位于广东省江门市的江门中微子实验在建成两个月后 首次发布成果，其对中微子相关参数的测量精度比此前实验的最好记录提高了1.5-1.8倍。 中微子被称为"幽灵粒子"，是宇宙中最轻且最难以捕捉的粒子之一。江门中微子实验是为探测这些"幽 灵粒子"而建设的大科学装置，于2025年8月26日正式运行取数。 （文章来源：新华社） ...

记者11月19日从中国科学院高能物理研究所获悉，位于广东省江门市的江门中微子实验在建成两个月后首次发布成果， 其对中微子相关参数的测量精度比此前实验的最好记录提高了1.5-1.8倍。 中微子被称为"幽灵粒子"，是宇宙中最轻且最难以捕捉的粒子之一。江门中微子实验是为探测这些"幽灵粒子"而建设的 大科学装置，于2025年8月26日正式运行取数。 捕捉"幽灵粒子" 江门中微子实验 漫貴唐度创新高 比此前实验的最好记录提高了1.5-1.8倍 记者：刘祯、马晓澄 海报制作：刘祯 新华社国内部、新华社广东分社联合出品 ...

Core Points - The annual Science Festival of the Chinese Academy of Sciences (CAS) showcases various scientific innovations and engages the public, especially youth, in interactive activities [1][2][4] - The theme of this year's festival is "Hi, Science! - Curious Exploration of the Unknown, Science Connecting the Future," highlighting significant achievements in fields like neutrino experiments and quantum computing [1][2] - The festival is not limited to Beijing, with events held nationwide, emphasizing the importance of science in both urban and rural settings [2][4] Group 1 - The festival features engaging activities such as the "Creative Blind Box Show," science performances, and interactive exhibits that make science accessible and entertaining [1][2] - The event coincides with the 76th anniversary of CAS and the 70th anniversary of its academic divisions, reflecting the integration of national strategic scientific strength with the enhancement of public scientific literacy [4] - The festival serves as a platform for fostering curiosity and knowledge among children and teenagers, which is essential for driving technological self-reliance and innovation in the future [2][4]

Group 1 - The core theme of the 8th Science Festival organized by the Chinese Academy of Sciences is "Hi, Science! - Curious Exploration of the Unknown, Science Connecting the Future" [1][2] - The festival features various innovative achievements such as the Jiangmen neutrino experiment, superconducting quantum computers, and unmanned electric tractors, presented through engaging models and interactive experiences [1] - The event includes creative activities like the "Creative Blind Box Show" and scientific performances that visually demonstrate the wonders of science [1] Group 2 - The Science Festival extends beyond Beijing, with activities across various provinces, showcasing topics like rare earth elements in Jiangxi and the mysteries of time in Shaanxi [2] - The festival emphasizes the importance of scientific innovation and popularization, highlighting the synergy between technological advancement and public engagement [2] - The event coincides with the 76th anniversary of the Chinese Academy of Sciences and the 70th anniversary of its academic divisions, reflecting the integration of national strategic scientific strength and the enhancement of public scientific literacy [3]

Core Viewpoint - The Jiangmen Neutrino Experiment, a significant scientific project in China, has officially commenced operations, marking a major milestone in the country's contributions to fundamental physics research and neutrino studies [2][3]. Group 1: Project Background - The Jiangmen Neutrino Experiment is the successor to the Daya Bay Neutrino Experiment, which established China's leading position in the field of neutrino research [3]. - The project was conceived in 2008, officially approved in 2013, and construction began in 2015, taking a total of 17 years to complete [2][3]. Group 2: Challenges and Achievements - The construction faced numerous challenges, including unexpected water inflow during excavation and the need for innovative solutions due to the project's unprecedented scale and precision [4]. - The successful completion of the Jiangmen Neutrino Experiment is seen as a testament to the dedication and spirit of Chinese scientists, showcasing their commitment to advancing fundamental science [4][5]. Group 3: Cultural Impact - A literary work titled "Micro Light Will" has been published, documenting the 17-year journey of the Jiangmen Neutrino Experiment, highlighting the experiences of researchers involved [5]. - This book serves not only as a record of scientific achievement but also as a means to inspire and convey the spirit of scientific pursuit in China [5].