Core Viewpoint - The article highlights the significant contributions of Chinese scholars in the field of scientific research, particularly in the publication of 22 research papers in the prestigious journal Nature on February 11, 2026, with 12 of these papers authored by Chinese researchers [3][5][7][11][13][15][17][19][21][23][25][27]. Group 1: Research Contributions - Liu Liu from Southern University of Science and Technology and Zhang Xin published a paper titled "Aluminium redox catalysis enables cyclotrimerization of alkynes" [3] - Zheng Ning from the University of Washington and Huang Lan from the University of California, Irvine co-authored a paper titled "CSN5i-3 is an orthosteric molecular glue inhibitor of COP9 signalosome" [5] - Ji Wenyu from Jilin University and Lu Haizhou from Southeast University co-authored a paper titled "Maximizing perovskite electroluminescence with ordered 3D/2D heterojunction" [7] - Yu Jie from the Shanghai Institute of Organic Chemistry and Gai Jingpeng from Shanghai University of Science and Technology co-authored a paper titled "Conformational diversity and fully opening mechanism of native NMDA receptor" [11] - Yang Wei from the National Institutes of Health published a paper titled "Pre-incision structures reveal principles of DNA nucleotide excision repair" [13] - Wang Xingchen from Boston College published a paper titled "Fossil isotope evidence for trophic simplification on modern Caribbean reefs" [15] - Li Bin from the Montreal Clinical Research Institute published a paper titled "SLAMF6 as a drug-targetable suppressor of T cell immunity against cancer" [17] - Lim Hwee Ying and Zhang Yuning from the National University of Singapore co-authored a paper titled "Targeting excessive cholesterol deposition alleviates secondary lymphoedema" [19] - Qu Zhe from the Hefei Institute of Physical Science and Ma Jie from Shanghai Jiao Tong University co-authored a paper titled "Giant magnetocaloric effect and spin supersolid in a metallic dipolar magnet" [21] - Ding Shiqian from Tsinghua University published a paper titled "Continuous-wave narrow-linewidth vacuum ultraviolet laser source" [23] - Dai Qionghai and Wu Jiamin from Tsinghua University co-authored a paper titled "Sub-second volumetric 3D printing by synthesis of holographic light fields" [25] - Wang Jianwei from Peking University co-authored a paper titled "Large-scale quantum communication networks with integrated photonics" [27]

北京市一支年轻的科研团队，在实验室内成功发出波长仅148纳米的连续激光，攻克了核光钟研制的最 后一个核心瓶颈，并首次将超稳激光技术拓展至真空紫外波段。依托这项技术，未来，人类对时间的精 密计量能力将有望再上台阶。2月12日，这项成果登上《自然》杂志。 时间计量离不开高精度"振荡器"。全国通用的"北京时间"，是依靠高性能原子钟组通过精密比对和校准 实现的。原子钟的原理基于原子外层电子跃迁，但外层电子对电磁场环境比较敏感，一旦受到外界影 响，频率就会发生改变，影响计时精度。最高精度的原子光钟通常只能在实验室环境内运行。 科学界提出了一条更具潜力的路径——核光钟。钍-229原子核激发态能量最低，最容易被激光激活，它 的原子核内部跃迁可以成为计时的参考。原子核跃迁对外部环境的敏感性更低，这让核光钟的工作环境 限制更小，更加简易、便携，且测量精度有望进一步提升。"不过，这些只是学术界的展望，因为核光 钟的研制面临一个核心瓶颈，那就是产出能操控钍-229原子核的148纳米连续激光。"清华大学副教授、 北京量子信息科学研究院兼聘研究员丁世谦带领团队，向这一难题发起挑战。 实验室里，一个意想不到的现象出现。"蒸气内的原子密度 ...

转自：永州发布 经济指标攀升进位 · 百亿以下县市区清零。 · 人均地区生产总值连破4万、5万元大关,达 到5.6万元。 · 全市经济运行均衡平稳,一季度强势开局、 二季度稳健运行、三季度承压筑底、四季 度回升向好,全年地区生产总值完成2829.58 亿元,增长5.6%、排全省第3位,增速高 于全省、好于全国。 · "十四五"期间经济增量超700亿元,年均 增长5.5%,高于全省0.3个百分点、高于全 国0.1个百分点。 · 金融机构存款余额迈上4000亿台阶。 · 社会消费品零售总额突破千亿大关,达 1096.6亿元,增长4.6%,排全省第5位。 · 重点服务业营收增长19.3%,排全省第3位。 产业发展向新向优 三次产业结构优化为16.8 :32.3 : 50.9。 农业"压舱石"作用稳固,粮食产量连续5 年稳定在60亿斤以上,供应粤港澳大湾区的 "荣篮子"认定基地达238个,居全省前列。 "永州之野"公用品牌影响力持续扩大,76 个农产品进入中直机关食堂,18个入驻上海 盒马鲜生,香港永州蔬菜馆正式开业。 工业"主引擎"支撑有力，规工企业新增70 家,达到1340家。 率稳定在50%以上,文体、科研等行 ...

基础研究是整个科学体系的源头，是所有技术问题的总机关。 迎着"科学的春天"，1986年，我国成立国家自然科学基金委员会，以持续稳定的投入浇灌创新沃土。 四十载春风化雨，科学基金共资助科研项目88万项，资助经费4608亿元，资助科研人员约480万人次， 在各领域潜心求索。 四十载厚积薄发，铁基超导材料、量子反常霍尔效应、纳米限域催化等一批重大原创性、引领性成果破 土而出。 已荣获国家自然科学奖二等奖，青年数学家刘若川院士却始终难忘9年前得到青年基金项目资助时激动 的心情：这份可贵的支持与肯定，更坚定了我为中国数学研究持续作贡献的决心与力量。 一位位科学家的科研成长经历，正是科学基金发挥独特牵引力，推动我国基础研究和人才培养的生动注 脚。 2016年12月22日，物理学家潘建伟（前排右二）等科研人员查看从"墨子号"量子科学实验卫星上接收的 数据。新华社记者 金立旺 摄 20世纪80年代初，改革开放初期，我国基础研究领域亟待恢复和发展。中国科学院89位学部委员致函党 中央、国务院，建议借鉴国际成功经验，在基础研究领域引入同行评议、民主决策的竞争机制，设立面 向全国的自然科学基金。 1986年2月14日，党中央、国务 ...

REVIEW 2月10日起，财政部、海关总署、国家税务总局联合印发的《关于河套深港科技创新合作区深圳园区货 物进出口有关税收政策的通知》正式落地实施。在河套合作区深圳园区内，符合条件的科研机构与企业 的"一线"进口科研货物享受免税，首批清单精准覆盖6类509项需求，将有力支持深港科研协同。政策关 键何在？有哪些享惠主体？一图速览要点。 ...

获奖数量排名前四的单位分别是：浙江大学（41项）、浙江工业大学（15项）、中国计量大学（9 项）、杭州电子科技大学（7项），浙江省农业科学院、浙江大学医学院附属第一医院和浙江大学医学 院附属第二医院则以各获6项的成绩并列第五。 之江实验室已连续3年荣获省科技进步奖一等奖。同时，阿里云、支付宝、恒逸石化研究院、云深 处科技、国网电力等5家科技企业牵头的8个项目获得省科技进步奖一等奖，获奖项目数较上年度增加2 项。 2月9日，省委、省政府召开全省建设一流创新生态打造最具竞争力营商环境大会，对2024年度省科 学技术奖进行表彰，杭州共243项成果获奖。 "杭州获奖项目围绕基础研究和关键核心技术攻关，在科技创新道路上勇闯无人区，在前沿探索中 抢占新机遇，提出新理论，开辟新领域，为打造更高水平创新活力之城提供重要支撑。"杭州市科技局 相关负责人说。 从创新能力看，杭州展现出显著的科研优势。在杭单位牵头完成的成果中，有46项荣获一等奖，占 全省一等奖获奖总数的81%。高校、企业、科研院所（医院）等各类创新主体牵头完成的获奖成果数量 分别为102项、39项和48项，这三类主体的获奖数量均位列全省第一。 从创新主体观察，我市 ...

不断增强高质量发展的确定性——从地方两会看开局之年谋篇布局 新华社记者安蓓、王雨萧、张晓洁 记者梳理发现，大多数省份都设置了2%左右的居民消费价格增长目标。国家发展改革委经济研究 所副所长郭丽岩说，设定温和上涨的物价目标，体现了多措并举推动消费价格合理回升的信心， 有利于促进经济良性循环，实现企业增效、居民和财政增收。 2026年开年，全国31个省区市地方两会密集召开。各地深入学习贯彻党的二十届四中全会精神， 扎实落实中央经济工作会议部署，结合实际、因地制宜，筹划经济社会发展各项工作，推动出台 地方"十五五"规划纲要，为"十五五"开局之年谋篇布局。 立春刚过，气象正新。在以习近平同志为核心的党中央坚强领导下，全国一盘棋凝聚发展合力， 神州大地处处涌动奋发热潮，中国式现代化征程迎来新的出发。 推动经济实现质的有效提升和量的合理增长 去年12月召开的中央经济工作会议上，习近平总书记为做好开局之年经济工作指明方向："完整准 确全面贯彻新发展理念，加快构建新发展格局，着力推动高质量发展""推动经济实现质的有效提 升和量的合理增长"。 各地政府工作报告中，多数省份将2026年地区生产总值预期增长目标设定为5%左右。 地 ...

Core Insights - Beijing is fostering an innovation culture that tolerates failure and supports non-consensus projects, signaling its commitment to original innovation and disruptive ideas, thereby helping young talents realize their dreams and stand out [1][4] Group 1: Non-Consensus Innovation - Non-consensus innovation refers to original scientific research that significantly diverges from existing knowledge systems, characterized by high innovation, risk, and controversy, but holds substantial potential for transformative breakthroughs [2] - Traditional views suggest that scientists can resolve disagreements with sufficient evidence, yet historical scientific discourse often reveals persistent divergences even with the same data [2] Group 2: Support Mechanisms - Beijing has established a mechanism for selecting non-consensus projects through expert recommendations, providing institutional support for researchers to challenge existing knowledge systems and stimulate original innovation [3] - The "one vote funding" system allows projects with disruptive and forward-looking ideas to receive funding even with just one expert's endorsement, breaking the traditional majority rule [3] Group 3: Youth Engagement - Over 75% of the first batch of non-consensus innovation project leaders are researchers under 45, indicating a strong focus on nurturing young scientific talent [4] - The natural science fund plans to establish a special initiative for researchers under 35, enhancing opportunities for independent exploration and collaboration with key industry players [4] Group 4: Cultural Environment - The initiative aims to convey a clear message that the scientific fund is willing to back original innovations and support young talents in their pursuit of groundbreaking ideas, fostering a culture that respects individuality and encourages innovation [4][5]

Core Viewpoint - The article emphasizes China's commitment to technological self-reliance and innovation, showcasing significant advancements in various fields as a reflection of the country's strength in scientific research and development [1]. Group 1: Major Technological Achievements - The 300 MW F-class heavy-duty gas turbine, the largest and highest technology level turbine independently developed in China, consists of over 50,000 precision components and represents a significant leap from "following" to "independent research" [2][3]. - The successful operation of the first prototype of the gas turbine has generated 196 million kWh of electricity, validating its stability in real grid environments [3]. - China's space program is set to achieve a record 92 launches by 2025, with the Tianwen-2 mission and the deployment of 265 scientific projects on the Chinese space station [4]. Group 2: Innovations in Research and Development - The "Fendouzhe" submersible has completed the world's first continuous manned deep dive in the Arctic, marking a significant advancement in China's deep-sea exploration capabilities [4]. - The "China Sky Eye" telescope has made breakthroughs in radio astronomy, including uncovering the origins of fast radio bursts, showcasing China's leading position in this field [6][10]. - The establishment of various scientific facilities across China, such as the 37 technology platforms in Huairou Science City and the protein facilities in Shanghai, highlights the country's commitment to fostering innovation through collaboration [7]. Group 3: Policy and Institutional Support - Reforms in funding mechanisms, such as the "package system" for research funding, have empowered research teams to focus on innovative projects without bureaucratic constraints [6][7]. - The continuous improvement of the talent cultivation and evaluation system aims to eliminate rigid criteria that hinder scientific progress, allowing for a more dynamic research environment [10]. - The article underscores the importance of a supportive institutional framework in driving innovation and maintaining China's position as a global leader in scientific research [7][10].

Core Viewpoint - The establishment of the China-Belarus Extreme Environment Intelligent Perception "Belt and Road" Joint Laboratory aims to promote the transfer and transformation of high-value technological achievements, fostering a new ecosystem for efficient collaboration among international laboratories, leading enterprises, and regional industrial chains [1][3]. Group 1: Laboratory Establishment and Objectives - The joint laboratory was approved for construction by the Ministry of Science and Technology of China in September 2025 and is co-established by the Shandong Academy of Sciences and the National Academy of Sciences of Belarus [3]. - It is the first "Belt and Road" joint laboratory built through cooperation between Shandong Province and Belarus, and also the first approved by the National Academy of Sciences of Belarus [3]. - The laboratory aims to strengthen collaborative research, share results, and cultivate talent, with a focus on producing high-level outcomes and fostering new productive forces [3]. Group 2: Project Transformation and Future Plans - A project transformation matchmaking meeting was held, where experts presented four achievements, including "Fiber Optic Intelligent Perception Technology and Its Applications" [5]. - The laboratory has outlined a series of construction plans, including the establishment of physical laboratories in Jinan and Minsk, focusing on core devices and four major technical directions [5]. - It aims to promote the transformation of over 30 achievements and incubate more than 8 high-tech enterprises, addressing strategic areas such as energy security, marine power, and aerospace [5][6]. Group 3: Role in Innovation and Economic Development - The Jinan Municipal Science and Technology Bureau will leverage the laboratory as a key platform for innovation and entrepreneurship, accelerating the development of critical technologies and transforming research achievements into productive forces [6]. - The event saw participation from over 100 representatives from the Shandong Provincial Department of Science and Technology, Jinan Municipal Government, and various academic institutions and enterprises [6].