"用户只需要通过'本源量子'官方网站完成下载，借助一键式自动化脚本即可快速完成本地部署，高效 对接多种物理体系量子芯片，并依托QPanda等自主编程框架开展量子编程，在不同物理体系量子芯片 上执行量子计算任务，满足科研探索与商业化应用需求。""本源司南"研制团队负责人窦猛汉介绍。 "量子计算机操作系统是量子计算生态构建的'软心脏'，'本源司南'面向全球开放下载，标志着我国量子 计算产业正从技术攻坚迈向生态体系建设，既是践行'全国一盘棋'的关键落子，更是推动量子计算创新 资源高效流动、惠及全球创新主体的重要一步。"安徽省量子计算工程研究中心主任郭国平表示。 量子计算机操作系统是量子计算机的"大管家"，既承担着资源调度、软硬件协同管理等核心职能，还具 备量子任务并行计算、量子比特自动校准等关键能力，可显著提升量子计算机整机运行效率。 据介绍，当前国际范围内尚无成熟量子计算机操作系统完全开放本地下载部署。"本源司南"通过统一编 程接口与标准化驱动体系的开放，打破了量子计算核心软件的技术壁垒，让全球科研机构、高校及开发 者都能够便捷获取中国自主量子计算机操作系统。 科技日报讯 （记者吴长锋）2月24日，记者从安徽省量 ...

（来源：上观新闻） 作为享誉海内外的经典旅游目的地，夫子庙—秦淮风光带近年来持续"圈粉"，以传统文化为内核，借科 技之"翼"，载文化之"魂"，加快文商旅融合的脚步，创新形式不断打造新玩法、新场景，让这座千年文 电影中的悬崖所在地，正是陶家村的废弃矿坑。电影不仅带火了陶家村，也让更多人知道这里盛产黄铁 矿。大家把这里作为天然矿场，体验"当矿工的快乐"。他们在一处峭壁林立的矿坑里，各自用手上的工 具敲打着地面的石块，期待着能够砸出黄铁矿。人最多时，整个山谷里有超百人在同时挖矿，狭窄的村 道上也停满了车。 黄铁矿俗称"愚人金"，和黄金完全是两种东西。正常情况下，黄铁矿对人体无害，但它暴露在空气和水 中容易氧化，形成酸性排水，存在潜在污染。 当地目前已经采取了封矿的措施，并组织人手加强管理。相关负责人表示，出于安全的考虑，他们只能 临时关闭矿坑，欢迎大家等项目开发完成后再过来体验。至于大家关心的项目开发是否会保留"挖矿"元 素，另一位负责人表示，既然大家都这么喜欢，我们也会考虑的，希望大家再耐心等等。 2、夫子庙拿下全国第一，钟山拿下全国第三 2月24日，中国旅游研究院发布的相关调研报告显示，春节假期全国重点旅游景区 ...

（一）重要市场新闻 1、美股三大指数集体收涨，纳指涨1.04%，标普500指数涨0.77%，道指涨0.76%；大型科技股多数上 涨，AMD涨超8%，英特尔涨超5%，特斯拉、奈飞、苹果涨超2%，微软、亚马逊涨逾1%，英伟达、 Meta小幅上涨，谷歌小幅下跌；PayPal两个交易日累计上涨13%，创2022年以来最大同期涨幅。中概股 多数上涨，纳斯达克中国金龙指数涨1.37%，小鹏汽车涨超6%，霸王茶姬涨近5%，金山云涨超4%。欧 洲三大股指收盘涨跌不一，德国DAX指数跌0.02%报24986.25点，法国CAC40指数涨0.26%报8519.21 点，英国富时100指数跌0.04%报10680.59点。 2、国际油价小幅震荡，截至发稿时，美油主力合约跌0.17%，报66.2美元/桶；布油主力合约涨0.17%， 报71.23美元/桶。国际贵金属价格走低，截至发稿时，现货黄金跌1.37%，报5154.83美元/盎司， COMEX黄金期货跌0.94%，报5176.4美元/盎司；现货白银跌1.32%，报87.05美元/盎司，COMEX白银期 货涨0.73%，报87.22美元/盎司。 （二）行业掘金 1、2月24日，据新 ...

"本源司南"由本源量子计算科技（合肥）股份有限公司自主研发，2021年首次发布。目前已部署在我 国"本源悟空"系列量子计算机上并对外开放。 （文章来源：人民日报） 本报合肥2月24日电 24日，安徽省量子计算工程研究中心宣布：我国首款自主研发量子计算机操作系 统"本源司南"正式开放线上下载。这是全球首个开放下载的量子计算机操作系统，将有效降低开发门 槛，加速我国量子计算生态自主化建设。 ...

（来源：市场星报） 据介绍，量子计算机操作系统是量子计算机的"大管家"，不仅承担着资源调度、软硬件协同管理等核心 职能，还具备量子任务并行计算、量子比特自动校准等关键能力，能够显著提升量子计算机整机运行效 率。 "当前国际范围内尚无成熟量子计算机操作系统完全开放本地下载部署——美国IBM、谷歌等科技巨头 仅提供Qiskit、Cirq等量子编程框架与云服务，底层操作系统并未对外开放。"相关负责人表示，"本源 司南"则通过统一编程接口与标准化驱动体系的开放，打破了量子计算核心软件的技术壁垒，让全球科 研机构、高校及开发者都能够便捷获取中国自主量子计算机操作系统。 "本源司南"研制团队负责人窦猛汉介绍："用户只需要通过'本源量子'官方网站完成下载，借助一键式自 动化脚本即可快速完成本地部署，高效对接多种物理体系量子芯片，并依托QPanda等自主编程框架开 展量子编程，在不同物理体系量子芯片上执行量子计算任务，满足科研探索与商业化应用需求。" 安徽省量子计算工程研究中心主任郭国平教授表示："量子计算机操作系统是量子计算生态构建的'软心 脏'，'本源司南'面向全球开放下载，标志着我国量子计算产业正从技术攻坚迈向生态体系 ...

"本源司南"由本源量子计算科技（合肥）股份有限公司（以下简称"本源量子"）自主研发，2021年首次 发布。此后，"本源司南"历经多轮迭代升级，已成为兼容超导、离子阱、中性原子等多种主流技术路线 的"量超智"融合先进计算操作系统，目前已部署在本源量子的"本源悟空"系列量子计算机上并对外开 放。 量子操作系统与软件、量子计算云平台、量子计算应用软件作为量子计算的三大关键软件环节，是技术 落地生态核心。 量子计算机操作系统是量子计算机的"大管家"，不仅承担着资源调度、软硬件协同管理等核心职能，还 具备量子任务并行计算、量子比特自动校准等关键能力，能够显著提升量子计算机整机运行效率。 当前国际范围内尚无成熟量子计算机操作系统完全开放本地下载部署——美国IBM、谷歌等科技巨头仅 提供Qiskit、Cirq等量子编程框架与云服务，底层操作系统并未对外开放。"本源司南"则通过统一编程 接口与标准化驱动体系的开放，打破了量子计算核心软件的技术壁垒，让全球科研机构、高校及开发者 都能够便捷获取中国自主量子计算机操作系统。 2月24日，安徽省量子计算工程研究中心宣布，我国首款自主研发量子计算机操作系统"本源司南"正式 开放线上下 ...

Group 1 - Strengthening basic research is an urgent requirement for achieving high-level technological self-reliance and building a world-class scientific power [1] - The emphasis on basic research has led to significant achievements, with over half of the top ten scientific advancements in China for 2025 stemming from basic research [1] - The development of quantum computing in China illustrates the importance of foundational issues in advancing technology [2][3] Group 2 - Basic research serves as the theoretical foundation for technological breakthroughs and is a driving force for industrial transformation [4] - The establishment of collaborative frameworks between enterprises and research institutions is crucial for advancing basic research [5][9] - The integration of enterprises into the national basic research system allows for a collaborative innovation mechanism where companies can propose scientific challenges [6][7] Group 3 - The cultivation of young scientific talent is essential for the future of basic research, with significant support being provided to young researchers [10][11] - A high percentage of funded projects are led by researchers aged 45 and below, indicating a focus on nurturing young talent in the scientific community [12] - The National Natural Science Foundation has funded a substantial number of projects, contributing significantly to foundational scientific advancements [12]

Group 1 - Strengthening basic research is an urgent requirement for achieving high-level technological self-reliance and building a world-class scientific power [1] - The emphasis on basic research has led to significant achievements, with over half of the top ten scientific advancements in China for 2025 stemming from basic research [1] - The development of quantum computing in China demonstrates the importance of addressing foundational scientific issues to meet national strategic needs [2][3] Group 2 - Basic research serves as the theoretical foundation for technological breakthroughs and is a driving force for industrial transformation [4] - The establishment of collaborative frameworks between enterprises and research institutions is crucial for advancing basic research [5][9] - The integration of enterprises into the national basic research system allows for a collaborative innovation mechanism where companies can propose scientific challenges to be addressed by research teams [6][7] Group 3 - The cultivation of young scientific talent is essential for the future of basic research, with significant support being provided to young researchers [10][12] - The National Natural Science Foundation has funded numerous projects led by researchers aged 45 and below, indicating a strong focus on nurturing young talent [12] - The foundation has supported a total of 880,000 research projects over 40 years, with funding amounting to 460.8 billion yuan, contributing to a wealth of foundational and original scientific achievements [12]

Group 1: Future Industry Development - The core theme of the recent collective study by the Central Political Bureau focuses on forward-looking layout and development of future industries, emphasizing that technological breakthroughs significantly determine the speed, breadth, and depth of future industry development [1] - Future industries are characterized by their foresight, strategic importance, and disruptive nature, with technological breakthroughs being crucial for their development [1] - The emphasis is on leveraging scientific and technological innovation to lead industrial innovation, injecting continuous momentum into future industry development [1] Group 2: Key Technologies and Innovations - The new type of national system is highlighted as a key advantage in addressing critical core technologies, with a focus on the integration of industry needs and technological responses [2] - The development of a "microbial parallel bioreactor" has been achieved, significantly improving efficiency compared to traditional equipment, which has been dominated by foreign technologies [2][3] - Collaborative innovation among research institutions and manufacturing enterprises is essential for accelerating the transformation of technological achievements into industrial applications [3] Group 3: Importance of Basic Research - Basic research is identified as the source of technological innovation and a critical support for future industry technology innovation [4] - The successful development of a third-generation autonomous superconducting quantum computer and advancements in quantum communication networks illustrate the importance of foundational research in driving industry growth [5] - The establishment of a green extraction process for paclitaxel demonstrates the long-term commitment to basic research and its role in overcoming industry challenges [6] Group 4: Role of Enterprises - Enterprises are recognized as the main body of technological innovation and play a crucial role in advancing future industries [7] - The establishment of the China Fusion Energy Company marks a significant shift towards commercializing controlled nuclear fusion, highlighting the importance of enterprise involvement in technological advancements [7] - The integration of research institutions, clinical applications, and enterprises is essential for fostering innovation and market transformation in future industries [9] Group 5: Collaborative Efforts and Strategic Planning - The new type of national system is crucial for guiding collaboration between enterprises, universities, and research institutions to address industry needs and promote efficient technology transfer [10] - The development of future industries is seen as a strategic move for both current and future national interests, emphasizing the need for a systematic and forward-looking approach [10]

Group 1 - The core theme of the articles emphasizes the importance of technological breakthroughs in determining the speed, breadth, and depth of future industrial development [1][4] - The concept of "industry posing questions, technology providing answers" is highlighted as a guiding principle for driving innovation and addressing key technological challenges [2][4] - The collaboration between research institutions and manufacturing enterprises is crucial for accelerating the transformation of technological achievements into industrial applications [3][8] Group 2 - The new type of national system is identified as a key guarantee for promoting future industrial development, enabling long-term stable investment and strategic patience [4][9] - Strengthening strategic, forward-looking, and systematic layouts in basic research is essential for fostering technological innovation and supporting future industries [5][6] - Enterprises are recognized as the main body of technological innovation, playing a vital role in leading industries towards advanced and high-end fields [7][9] Group 3 - The development of core technologies in fields such as controlled nuclear fusion is highlighted as a significant step towards commercializing future energy solutions [7][8] - The establishment of innovation alliances that integrate research, clinical applications, and enterprise participation is essential for advancing complex systems like brain-machine interfaces [8][9] - The articles stress the need for effective collaboration between enterprises, universities, and research institutions to tackle key technological challenges and enhance the efficient transformation of scientific achievements [9]