Group 1 - The meeting chaired by Li Qiang focused on the implementation of the national science and technology conference spirit to accelerate the construction of a strong technological nation [1]

Group 1 - The core viewpoint of the announcement is that China Life Insurance Company aims to enhance quality and efficiency while returning value to shareholders, aligning with national financial goals and modernizing its operations [1][5] - The company emphasizes its commitment to serving national strategies and social welfare by focusing on its primary responsibilities and enhancing the multi-tiered social security system [1][5] - The company plans to support the development of personal pensions and commercial insurance annuities, expanding the coverage of inclusive insurance [1][5] Group 2 - The company is dedicated to high-quality development, enhancing operational efficiency, and improving asset-liability management through systematic and proactive approaches [2] - It aims to diversify products and services while maintaining a focus on long-term and value investments to achieve stable investment returns [2] - The company will strengthen its investment capabilities and asset allocation strategies to enhance operational quality [2] Group 3 - The company is committed to innovation and upgrading its development momentum by optimizing product structures to meet the growing insurance and wealth management needs of the public [3] - It plans to build a comprehensive health and elderly care service ecosystem while enhancing its sales and marketing capabilities [3] - The company will accelerate the integration of digital finance and operations to support high-quality development [3]

Core Viewpoint - The article emphasizes the importance of technological innovation as a driving force for China's development and the goal of becoming a technological powerhouse by 2035, highlighting the need for self-reliance and strategic planning in achieving this objective [2][3][32]. Group 1: Innovation as a Driving Force - Innovation is identified as the primary driving force for development and a strategic support for building a modern economic system [2][3]. - The Chinese government has prioritized innovation-driven development as a core strategy since the 18th National Congress of the Communist Party [2][3]. - The goal is to achieve high-level technological self-reliance and to be at the forefront of innovative countries by 2035 [2][3]. Group 2: Achievements and Future Goals - Significant achievements in technological innovation have been made, with a focus on overcoming key core technology challenges through self-reliance [5][13]. - By 2024, China's R&D expenditure is expected to exceed 3.6 trillion yuan, maintaining its position as the second-largest in the world [33]. - The country aims to enhance its original innovation capabilities and address weaknesses in key technologies and talent shortages [36]. Group 3: Reform and Systematic Changes - The article discusses the need for continuous reform in the technology sector to enhance innovation and address fragmentation in resources [14][15]. - A new system for technology management has been established, including the formation of a Central Science and Technology Committee [18][19]. - The reforms aim to integrate technology innovation with industrial innovation, promoting the transformation of scientific achievements into practical applications [20][21]. Group 4: International Cooperation - China emphasizes the importance of international cooperation in technology, establishing partnerships with over 160 countries and regions [26][27]. - The country is committed to open collaboration, believing that innovation should not be isolated but rather integrated with global efforts [27][28]. - China's technological advancements are increasingly recognized globally, with significant contributions to various fields, including space exploration and agricultural technology [28][29]. Group 5: Call to Action - The article concludes with a strong call to action for continued efforts towards achieving the goal of becoming a technological powerhouse, emphasizing the urgency and importance of this mission [32][40]. - It highlights the collective responsibility of the current generation to advance China's technological capabilities and maintain momentum in innovation [37][39].

Group 1 - The core message emphasizes the importance of technological self-reliance and innovation in achieving national strength and prosperity [1][2] - The strategic goal set by the 20th National Congress is to achieve high-level technological self-reliance and build a strong technological nation by 2035 [2][9] - Significant advancements in various fields, such as space exploration and artificial intelligence, showcase China's growing influence in global scientific research [2][3] Group 2 - The modernization of the scientific governance system is progressing, with reforms in talent evaluation and the introduction of a technology finance system to support innovation [3][6] - China is transitioning from a global participant to a leader in technology, with R&D investment intensity surpassing the EU average and a rise in global innovation index ranking to 11th [3][6] - The successful development of major projects like the AG600 amphibious aircraft and the "Zuchongzhi No. 3" quantum computing prototype reflects the collaborative efforts of various institutions [6][4] Group 3 - The integration of technology and industry is accelerating, with advancements in high-speed rail, electric vehicles, and robotics contributing to economic growth [7][8] - The establishment of innovation ecosystems, such as the "Mosu Space" in Shanghai, is fostering collaboration among enterprises and enhancing the development of AI technologies [8][9] - Continuous reforms in the innovation system and talent development are essential for achieving the strategic goal of becoming a technological powerhouse [9][10]

Core Viewpoint - The article emphasizes the importance of technological advancement and international cooperation in building a strong technological nation, highlighting the need for open innovation and collaboration to achieve this goal within the next decade [1][2]. Group 1: Technological Strength and Global Influence - A strong technological nation should possess significant international influence and innovation capabilities, continuously producing original results and leading global technological progress [2]. - The concept of a technological strong nation extends beyond domestic strength; it involves gathering and utilizing global innovation resources to address common human challenges and enhance global development [2]. Group 2: International Cooperation and Initiatives - Since the 18th National Congress, China has actively expanded international technological cooperation, establishing partnerships with over 160 countries and regions, and signing 118 intergovernmental agreements [3]. - The "Belt and Road" initiative has led to the establishment of over 70 joint laboratories, promoting collaborative research and the sharing of advanced technologies [3]. Group 3: Future Directions and Strategies - The focus is on strengthening international technological cooperation through mutual benefits, enhancing government and civil exchanges, and implementing international cooperation initiatives [4]. - There is a call to deepen integration into the global innovation network, promote open sharing of national technological plans, and lead international scientific programs in areas of common concern such as climate change and biosecurity [4].

Core Viewpoint - Harbin Institute of Technology (HIT) is committed to advancing national interests through education, research, and innovation, aligning its goals with China's modernization strategy and focusing on high-quality talent cultivation and scientific research [3][6][12]. Group 1: Achievements in Space and Technology - On May 29, HIT successfully launched the Practice-26 satellite, showcasing its capabilities in space technology [5]. - HIT has developed the first national large scientific facility in the aerospace field, the "Ground Space Station," which has served over 150 users and supported the development of more than 1,000 aerospace components [7][9]. - The university has contributed to significant national projects, including the successful launch of the Tianwen-2 probe and the development of key technologies for space exploration [4][9]. Group 2: Educational and Research Innovations - HIT has implemented innovative organizational models such as "Master + Branch" and "Project + Branch" to enhance talent development and research capabilities [6]. - The university has established 178 youth scientist studios to support young researchers and facilitate their growth in major projects [11][12]. - HIT has introduced unique programs like the "Top Innovation Talent Class" and "Academician Characteristic Class" to accelerate the training of outstanding students [12]. Group 3: Commitment to National Development - HIT emphasizes the importance of aligning its research and educational efforts with national strategic needs, particularly in areas like artificial intelligence and integrated circuits [8][9]. - The university's faculty and students are actively engaged in projects that address critical technological challenges, contributing to national security and agricultural advancements [6][8]. - HIT's focus on high-quality party leadership and innovative educational practices aims to foster a strong sense of patriotism and responsibility among students [4][6].

推进中国式现代化，科学技术要打头阵，科技创新是必由之路。站在民族复兴战略全局和世界百年变局 的战略高度，面对大国科技博弈加剧的严峻挑战，党中央作出到2035年建成科技强国的目标，距离这一 目标还有10年时间，任务越是紧迫繁重，越需要充分发挥全面从严治党的政治引领和政治保障作用。习 近平总书记在二十届中央纪委四次全会上的重要讲话，深刻分析当前反腐败斗争形势，旗帜鲜明澄清错 误认识、廓清思想迷雾，对深入推进全面从严治党作出战略部署，为推进新征程纪检监察工作高质量发 展提供了强大思想武器。中央纪委国家监委驻科技部纪检监察组深学细悟习近平总书记在二十届中央纪 委四次全会上的重要讲话精神，坚持深学习、实调研、抓落实，以落实中央巡视整改和深入贯彻中央八 项规定精神学习教育为契机，贯通政治监督和日常监督，强力正风肃纪反腐，推动综合监督单位深化全 面从严治党，为加快推进高水平科技自立自强、建设科技强国提供坚强政治保障。 深化科研管理领域风腐同查同治。坚持以深入贯彻中央八项规定精神学习教育为契机，推动深入开展违 规吃喝等突出问题专项整治，持续强化风腐同查同治，对违规吃喝等享乐奢靡问题全面查、深挖背后腐 败问题，凡查腐败案件必挖 ...

Core Viewpoint - The article emphasizes the importance of establishing a high-quality employment service system in higher education to address employment pressures faced by graduates and to support national development goals [6]. Group 1: Employment Service System - The employment service system is transitioning from merely connecting graduates to jobs towards a comprehensive approach that focuses on skill development and career planning [2]. - A "full-cycle" employment guidance system is being established in many universities, integrating career education with curriculum and practical training [2]. - The shift from reactive employment support to proactive skill shaping reflects a fundamental change in the approach to employment services [2]. Group 2: Platform Mechanism - A unified and functional employment service platform is essential for enhancing the overall effectiveness of employment services in universities [3]. - The platform should integrate job information, talent data, and policy services to meet diverse needs of students, employers, and management [3]. - The collaboration between government, universities, and enterprises is crucial for creating a sustainable employment service platform [4]. Group 3: Support Mechanism - High-quality employment is a collaborative effort involving universities, government, society, enterprises, and students [5]. - A differentiated and precise employment policy supply is necessary, especially in smaller cities and western regions, to ensure balanced development of employment services [5]. - The enhancement of digital literacy and career planning awareness among students is vital for adapting to the demands of the digital economy [5]. Group 4: Systematic Reform - Accelerating the construction of a high-quality employment service system is essential for addressing current employment pressures and achieving educational and developmental goals [6]. - A systematic reform approach is needed to integrate educational frameworks, employment platforms, and policy optimization [7].

Core Viewpoint - The article highlights the remarkable journey of Li Yiyi, a pioneering female scientist in China's metallurgy industry, who has made significant contributions to the field over her decades-long career, emphasizing her relentless pursuit of excellence and innovation in scientific research [1][17]. Group 1: Personal Journey and Achievements - Li Yiyi began her career at Benxi Steel, where she became the first female furnace manager in New China, demonstrating her determination to excel in a male-dominated field [4][8]. - Throughout her career, she has led multiple national scientific research projects, contributing to the localization of key equipment and earning prestigious awards, including the Lifetime Achievement Award from the Chinese Society for Metals [1][8]. - At 92 years old, she remains active in scientific research, serving as an advisor on major national strategic projects, showcasing her enduring passion for science [1][13]. Group 2: Contributions to Metallurgy and Technology - Li Yiyi played a crucial role in the development of high-pressure hydrogen-resistant steel, leading a team to create experimental setups that significantly reduced project timelines [10][12]. - She has been instrumental in establishing technical standards for the domestic production of water turbine components, which are now widely used in important water conservancy projects [12]. - Her work on ODS (Oxide Dispersion Strengthened Alloy) aims to enhance uranium utilization in nuclear technology, reflecting her commitment to advancing China's technological capabilities [13][17]. Group 3: Philosophy and Work Ethic - Li Yiyi's philosophy emphasizes the importance of seizing opportunities and overcoming challenges, as illustrated by her belief that the first step in any endeavor is often the hardest [9][10]. - She maintains a rigorous work ethic, arriving at the office early and actively mentoring younger researchers, demonstrating her dedication to fostering the next generation of scientists [14][15]. - Her approach to life and work is characterized by a refusal to accept defeat, as she continuously seeks to push boundaries and achieve new milestones in her field [13][17].

Group 1 - The significance of May 30 as the National Science Workers' Day highlights the contributions of countless technology workers in advancing China's scientific journey [1] - Major achievements in Chinese technology include the Chang'e 6 mission, which successfully collected samples from the moon's far side, and the launch of the "Dream" vessel, which has a maximum drilling depth capability of 11,000 meters [2][3] - The successful development of the Chang'e 6 mission involved overcoming unprecedented challenges in lunar sampling, marking a significant milestone in China's space exploration efforts [3] Group 2 - Research on lunar soil has led to the publication of over 100 scientific papers, showcasing the ongoing scientific inquiry in this area [4] - The "Dream" vessel's success is attributed to the collaborative efforts of over 150 research and testing units and more than 3,000 builders [5] - The C919 aircraft, developed over 16 years, has expanded its operational routes to cover 16 cities in China and initiated international routes [6] Group 3 - The growth of technology talent in China is supported by a robust policy framework and innovation ecosystem, with over 120 million technology professionals, the highest in the world [9][10] - Recent initiatives include the "Youth Talent Support Project" aimed at nurturing top-tier scientific talent and reforms in talent evaluation to focus on research outcomes rather than publication quantity [9][10] - The emphasis on scientific integrity and ethical guidelines is fostering a positive research environment, contributing to the development of a well-structured and high-quality technology talent pool [10] Group 4 - The commitment to technological innovation is underscored by the belief that science and technology will lead the way in China's modernization efforts, with a focus on emerging industries and high-quality development [11] - Companies like Star Ring Energy are making strides in controlled nuclear fusion, aiming to break the long-standing barriers in this field [12] - The emergence of companies like Weijing Energy is focused on overcoming technical and cost challenges in long-duration energy storage, aiming to make renewable energy more accessible and reliable [12]