Core Insights - The research team from the University of Science and Technology of China, including Pan Jianwei, Zhu Xiaobo, Peng Chengzhi, and Gong Ming, in collaboration with Mei Feng from Shanxi University, has achieved a significant breakthrough by realizing and detecting higher-order non-equilibrium topological phases in a quantum system using the programmable superconducting quantum processor "Zuchongzhi 2" [1] Group 1 - The achievement marks an important advancement in quantum simulation, particularly in exploring complex topological states [1] - This research lays the groundwork for utilizing superconducting quantum processors to achieve quantum advantage in quantum simulation problems [1] - The findings were published in the international academic journal "Science" on November 28 [1]

Core Insights - The research team from the University of Science and Technology of China and Zhejiang University has made significant advancements in the field of quantum precision measurement at the nanoscale, achieving entanglement-enhanced single-spin detection in noisy environments [1][2] - The findings were published in the prestigious journal "Nature," highlighting the importance of this breakthrough for understanding fundamental magnetic properties and advancing quantum technology [1] Group 1: Technological Advancements - The research team has developed a complete process for the autonomous preparation of high-quality diamond quantum sensors, mastering over twenty key steps in the process [2] - A novel entanglement-enhanced nano single-spin detection technology has been successfully developed, improving sensitivity and spatial resolution for microscopic magnetic signal detection [2] Group 2: Key Achievements - The technology has achieved three major advancements: distinguishing and detecting two adjacent "dark" electron spins, enhancing detection sensitivity by 3.4 times in noisy environments, and enabling real-time monitoring and active control of unstable spin signals [2] - The results validate the advantages and potential of quantum entanglement in nanoscale sensing, positioning diamond quantum sensors as powerful tools for research in condensed matter physics, quantum biology, and chemistry [2]

Core Insights - The article highlights the publication of 22 papers in the prestigious journal Nature on November 26, with 7 authored by Chinese scholars, showcasing the significant contributions of Chinese researchers in various scientific fields [3][5][7][9][11][12][14][16]. Group 1: Research Contributions - Celine Chen from Rockefeller University published a paper on thalamocortical transcriptional gates and memory stabilization [3]. - Michael M. Shen and Lu Chao from Columbia University co-authored a study on NSD2 targeting in prostate cancer, addressing plasticity and drug resistance [5]. - A team from Zhejiang University, including academicians Cai Xiujun and Yang Wei, published research on mechanical transmission and robotic operation [7]. - Liang Wanqi from Shanghai Jiao Tong University co-authored a paper on how ethylene modulates cell wall mechanics in response to soil compaction [9]. - Research by Fu Qiaomei from the Chinese Academy of Sciences focused on ancient DNA from Shimao city, revealing kinship practices in Neolithic China [11][12]. - A study from the Shanghai Artificial Intelligence Laboratory on glasses-free 3D displays using deep learning was also published [14]. - The Chinese University of Science and Technology, represented by academicians Du Jiangfeng and Wang Ya, published research on entanglement-enhanced nanoscale single-spin sensing [16].

Core Viewpoint - The research team from the University of Science and Technology of China, led by Professor Wang Ya, has made significant advancements in the field of quantum precision measurement at the nanoscale, achieving entanglement-enhanced single-spin detection in noisy environments, with results published in the prestigious journal Nature [1] Group 1 - The collaboration involves the National Key Laboratory of Marine Precision Perception Technology at Zhejiang University [1] - The research represents a breakthrough in the application of quantum technology for nanoscale measurements [1] - The findings were officially published online on November 27 in the journal Nature [1]

Core Viewpoint - GuoDun Quantum (国盾量子) plans to renew five expired patent licensing agreements with the University of Science and Technology of China (USTC), covering seven patents and five proprietary technologies, with varying royalty rates based on technology fields [2][4]. Group 1: Licensing Agreements - The company will pay licensing fees based on a percentage of the net profit from products produced using the licensed technologies, with rates set at 50%, 30%, and 25% depending on the technology area [2][3]. - The licensing agreements have a duration of three years and involve advanced technology fields such as cold atom interferometry, single-photon detection, and quantum computing control [2][3]. Group 2: Patent Details - The first contract involves a dual laser system for precision measurement using cold atom interferometry, with a royalty rate of 50% [3]. - The second contract pertains to a single-photon detection system with a royalty rate of 30% [3]. - The third contract covers a single-photon laser radar 3D imaging system with a royalty rate of 25% [3]. - The fourth contract relates to integrated control devices for quantum computing, also with a 25% royalty rate [3]. - The fifth contract involves a system for modulating superconducting qubit transition frequencies, with a 25% royalty rate [3]. Group 3: Company Background and Financials - USTC, a leading institution in quantum technology, holds over 5% of GuoDun Quantum's shares through its wholly-owned subsidiary, making this transaction a related party transaction [2][4]. - The company emphasizes that this transaction is part of its normal business operations and aligns with its main business and development direction, asserting it will not significantly impact its independence or financial results [4]. - In the first three quarters, GuoDun Quantum achieved a total revenue of 190 million yuan, representing a year-on-year growth of 90.27% [4].

Core Viewpoint - The company, Guodun Quantum (688027.SH), is planning to renew implementation licensing contracts with the University of Science and Technology of China (USTC) for 7 patents and 5 proprietary technologies that recently expired [1] Group 1 - The company previously signed 5 implementation licensing contracts with USTC, which have now expired [1] - The renewal of these contracts will involve licensing fees based on a percentage of the net profit from products produced using the licensed patent technologies [1] - The specific percentage for the royalty will be determined as per the contractual agreement [1]

Core Viewpoint - The company intends to renew implementation licensing contracts with the University of Science and Technology of China for 7 patents and 5 proprietary technologies that recently expired, with specific profit-sharing arrangements based on product sales net profit [1] Summary by Categories Licensing Agreements - The company previously signed 5 implementation licensing contracts with the University of Science and Technology of China, which have now expired [1] - The renewal of these contracts involves 7 patents and 5 proprietary technologies [1] Profit-Sharing Arrangements - For 3 patents and the "All-Fiber Cold Atom Interferometer Technology," the profit-sharing will be 50% of the product sales net profit [1] - For 2 patents and the "Single Photon Detector System Calibration Technology," the profit-sharing will be 30% of the sales net profit [1] - The remaining 5 patents and 4 proprietary technologies, which include areas such as single photon radar, quantum computing control equipment, and superconducting quantum chips, will have a profit-sharing of 25% of the sales net profit [1] Approval Process - The related transactions have been approved by the company's board of directors and supervisory board, and the independent directors have also consented [1] - The agreements still require approval from the shareholders' meeting [1]

中国科学技术大学5位教师当选两院院士，戴子高、彭承志、徐铜文、舒歌群当选中国科学院院士，吴 枫当选中国工程院院士。 北京航空航天大学航空科学与工程学院王晋军、交通科学与工程学院姚仰平、化学学院郭林、空间与地 球科学学院施闯共4位教授当选为中国科学院院士。 北京大学共有6人当选两院院士。北京大学数学科学学院刘若川教授，化学与分子工程学院马丁教授， 生命科学学院邓宏魁教授、瞿礼嘉教授，地球与空间科学学院陈衍景教授当选为中国科学院院士，肿瘤 医院季加孚教授当选为中国工程院院士。 值得一提的是，本月初，2024年度北京市科学技术奖公布，北京大学教授邓宏魁刚刚获得突出贡献中关 村奖。去年，他还曾摘得未来科学大奖"生命科学奖"。他致力于开发调控细胞命运的新方法，并基于干 细胞技术开发治疗重大疾病的新策略，建立了化学小分子诱导体细胞重编程的新体系，提供了细胞命运 调控的全新手段，突破了功能细胞制备的关键瓶颈。在此基础上与临床团队合作，开展了患者自体胰岛 细胞移植治疗I型糖尿病临床研究，并初步实现了功能性治愈。 新京报讯(记者张璐)中国科学院、中国工程院11月21日公布2025年院士增选结果，分别选举产生中国科 学院院士73 ...

Core Viewpoint - The emphasis on discipline education for newly appointed officials in universities is crucial for enhancing compliance and integrity within academic institutions [2][3][4]. Group 1: Discipline Education Initiatives - Beijing Normal University has implemented a series of discipline education activities for newly appointed officials, highlighting the importance of understanding party discipline and regulations [2]. - The university's training includes specific requirements for newly appointed officials to fulfill their dual responsibilities and adhere to regulations while pursuing their work [2][3]. - The integration of discipline education into various training programs for different categories of staff ensures that it is a continuous process throughout their career development [3]. Group 2: Practical Applications and Engagement - The Chinese University of Science and Technology has established a "discipline education delivery team" to conduct regular educational sessions within departments and research groups, addressing common issues related to discipline violations [4]. - The team focuses on clarifying the boundaries and rules for research funding usage, emphasizing the importance of compliance among research personnel [4]. - Tianjin University has organized activities that explore the historical and ethical foundations of the institution, promoting integrity and discipline through various educational initiatives [4][5]. Group 3: Warning and Reflection Mechanisms - Beijing Aerospace University has conducted a series of warning education activities based on typical cases of violations, aiming to enhance awareness and understanding of disciplinary issues among staff [5]. - The university has utilized case studies and educational films to provide impactful lessons, encouraging staff to reflect on their own practices in light of real-world examples [5].

今天我们来讨论一下那些因失去省会地位而发展受限的城市。 其实，开封的衰落可以追溯到北宋灭亡。北宋灭亡后，南宋迁都到临安，开封便成了北方的前沿阵地。当时连接南北的重要水道——汴河被堵塞，开封也因 此失去了原有的交通便利，逐渐从一线城市退了下来，但至少那时它还是个二线城市。 真正让开封沦为四线的原因，是省会的迁移。新中国成立后，河南省的省会从开封迁到了郑州。大家都知道，郑州是一座历史悠久的名城，曾经的郑州虽然 破旧不堪，但自从修建了铁路，成为了中原地区的交通枢纽后，郑州焕发了新生，重新成为了一个活力四射的城市。这也证明了老祖宗选址的眼光，几千年 后这个地方依然焕发着光彩。 当时的迁都理由是，开封地处河南省的东部，交通不便，不利于全省的统筹和管理。而郑州作为中原的交通枢纽，发展潜力巨大。省会迁到郑州后，不仅便 利了省内的工作协调，也使得全省经济得到了更好的发展。事实上，开封和郑州的历史背景并没有太大的差别，然而，开封失去了省会地位后，发展便变得 缓慢起来。 1. 开封 开封是一座具有悠久历史的名城，曾是中国历史上最富有的城市之一。然而，在最近的城市等级评选中，开封竟然被划为四线城市，这让人感到十 分惋惜。开封在历史 ...