（来源：市场星报） 星报讯 12月30日，记者从省政府新闻办召开的新闻发布会上获悉，"十四五"时期，安徽省教育事业 以"四个五年"的显著成就和"三个牢牢把握"的实践路径，交出了一份教育强省建设的优异答卷。 "十四五"时期，我省高校创新活力持续迸发，近3年牵头或参与完成的省自然科学一等奖占比超 95%， 科技进步奖一等奖占比超 63%。在全省13个大科学装置中，高校参与11个；23个全国重点实验室中， 高校牵头或共建14家。2025年自然指数排名中，8所高校跻身内地前200名，位居中部第一。五年间，全 省高校累计输送人才 227.2万名，毕业生毕业去向落实率稳定在90%左右，为区域发展提供了坚实人才 支撑。 全省高质量建设17 个"大思政课"实践教学基地、10个红色资源基地，在全国率先成立省级高校网络思 政中心；率先实施德智体美劳"五大行动"和义务教育阶段 "每天1节体育课"，学生近视率较"十三五"末 下降3.3个百分点，体质健康优良率提升16.3个百分点；近4年5名教师获"全国教书育人楷模""全国最美 教师"荣誉，位居全国首位。 3所高校13个学科入选第二轮"双一流"建设名单，18所高校100个学科进入全球E ...

Core Viewpoint - The article highlights a significant breakthrough in quantum computing, where a team led by Pan Jianwei successfully constructed a defect-free atomic array of 2024 atoms in just 60 milliseconds, setting a new world record in neutral atom systems [1][6][14]. Group 1: Research Achievements - The research team utilized AI technology to achieve a high degree of parallelism in rearranging atoms, overcoming previous limitations in traditional methods that restricted the scale of atomic arrays to hundreds of atoms [12][14]. - The system has achieved single-qubit gate fidelity of 99.97%, two-qubit gate fidelity of 99.5%, and detection fidelity of 99.92%, matching the highest international standards represented by Harvard University [6][14]. - The results of this research have been published in the international journal "Physical Review Letters" and highlighted by the American Physical Society [4]. Group 2: Technical Innovations - The new rearrangement technique allows for the rapid reconfiguration of thousands of atoms, demonstrated through a video featuring Schrödinger's cat, showcasing the dynamic arrangement of rubidium atoms in a 230×230μm optical trap array [2][8]. - The research indicates that expanding the atomic array from 2024 to tens of thousands is feasible from a computational perspective, although practical implementation requires advancements in laser power and overall platform capabilities [14]. Group 3: Future Prospects - The article suggests that while the current advancements are significant, achieving a fully functional universal quantum computer may take an additional 10 years for large-scale applications like cryptography [14]. - The collaboration involves top teams in the quantum computing field, including the Shanghai Quantum Science Research Center and the University of Science and Technology of China [14].