2025年是"十四五"规划收官之年，站在历史节点回望，"十四五"规划纲要提出部署建设"重大科技创新平台"，指出要"建设北京怀柔、上海张 江、大湾区、安徽合肥综合性国家科学中心，支持有条件的地方建设区域科技创新中心。"从太空俯瞰，卫星捕捉到科学高地正在加速崛起。 地点：北京市怀柔区 解读：2020年4月规划区（上图）与2024年8月建成区对比（下图），怀柔科学城大科学装置布局初现。 2016年9月，国务院印发《北京加强全国科技创新中心建设总体方案》，提出统筹规划建设中关村科学城、怀柔科学城和未来科技城。2017 年，北京怀柔综合性国家科学中心建设方案获批。如今，经过近十年的发展，怀柔科学城已从最初的规划逐步发展为国家重大科技基础设施密度 最高的地区之一。 这是北京怀柔科学城重大科技基础设施集群的核心设施，高能同步辐射光源（ HEPS ）全景。 HEPS 由国家发展改革委批复立项，中国科学院 高能物理研究所承担建设，建成后将是世界上亮度最高的第四代同步辐射光源之一（ 2023 年 12 月 11 日摄）。新华社记者 金立旺 摄 地点：上海市浦东新区 解读：2025年与2020年相比，上海张江科学城内的人工智能岛周 ...

Group 1 - The core viewpoint of the news is the establishment of Huairou Science City as a world-class original innovation hub, featuring 37 major scientific infrastructure projects and platforms for interdisciplinary research, with significant global sharing capabilities [1][2] - Huairou Science City covers an area of 100.9 square kilometers, with 68.2 square kilometers in Huairou and 32.7 square kilometers in Miyun, aiming to match national strategic needs and enhance global scientific competition and cooperation [2] - The city has successfully opened 16 scientific facility platforms, providing over 1.23 million hours of service to more than 600 domestic and international users [2] Group 2 - The High Energy Photon Source (HEPS) is highlighted as a significant scientific facility, capable of emitting light 10 trillion times brighter than the sun, and is designed to serve various fields including aerospace, energy, and life sciences [4] - HEPS has successfully emitted its "first light," demonstrating superior penetration and resolution compared to conventional light sources, which enhances its capability to detect micro-cracks in materials [5][6] - The multi-modal cross-scale biomedical imaging facility has been recognized as a major technological infrastructure, providing a comprehensive research platform that spans multiple scales and modalities in biomedical imaging [7][8] Group 3 - The facility has produced notable early research outcomes, including advancements in non-invasive brain imaging technologies that significantly improve signal strength and reduce costs, making them more accessible for hospitals [8] - Innovations such as the ultra-high-resolution full-body PET-CT and miniaturized two-photon and three-photon microscopes are being developed to enhance early disease diagnosis and observe neural activities in small animals [8][9]