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Disciplinary System Of Artificial Intelligence: Connotation, Architecture, And Development Suggestions, Academic Divisions Of The Chinese Academy Of Sciences Discipline Group Of Advisory Project On Ai-Empowered Scientific Research
Disciplinary System Of Artificial Intelligence: Connotation, Architecture, And Development Suggestions, Academic Divisions Of The Chinese Academy Of Sciences Discipline Group Of Advisory Project On Ai-Empowered Scientific Research
Bulletin of Chinese Academy of Sciences (Chinese Version)
The discipline of artificial intelligence studies the theories, methods, systems, applications, enabling functions, ethics, and governance of artificial intelligence, and is a typical interdisciplinary field. With the rapid development of artificial intelligence in recent years, its disciplinary connotations and system architecture urgently require renewed examination. Based on the analysis of development trends of artificial intelligence, this paper elucidates the connotations of the AI discipline from four perspectives: theoretical methods, forms of intelligence, disciplinary integration, and application empowerment. It further proposes a disciplinary system framework for artificial intelligence comprising foundational supporting disciplines, core body of knowledge, major forms of intelligence, and …
Artificial Intelligence Empowers Particle Physics And Nuclear Physics: From Fundamental Research To Major Applications, Yifang Wang, Yuan He, Yao Huang, Wanbing He, Yi Jiao, Congqiao Li, Ke Li, Beijiang Liu, Yingqi Ma, Yugang Ma, Longgang Pang, Fazhi Qi, Sichao Tan, Chunpeng Wang, Meng Wang, Xiaoheng Xu, Xing Xu, Zhentang Zhao, Yingxun Zhang, Zhengde Zhang, Hongwei Zhao, Lina Zhao
Artificial Intelligence Empowers Particle Physics And Nuclear Physics: From Fundamental Research To Major Applications, Yifang Wang, Yuan He, Yao Huang, Wanbing He, Yi Jiao, Congqiao Li, Ke Li, Beijiang Liu, Yingqi Ma, Yugang Ma, Longgang Pang, Fazhi Qi, Sichao Tan, Chunpeng Wang, Meng Wang, Xiaoheng Xu, Xing Xu, Zhentang Zhao, Yingxun Zhang, Zhengde Zhang, Hongwei Zhao, Lina Zhao
Bulletin of Chinese Academy of Sciences (Chinese Version)
Particle physics and nuclear physics are core foundational disciplines for exploring the fundamental structure of matter and the origin of the universe. The deep integration of artificial intelligence (AI) technology is providing entirely new pathways to address systemic challenges such as the processing of massive amounts of multimodal data, the realization of extreme experimental conditions, bottlenecks in theoretical calculations, and the intelligent control of large-scale scientific facilities. The article systematically elaborates on how AI deeply empowers particle physics and nuclear physics, particularly in major application scenarios such as research on the fundamental structure and origin of mass of matter, the …
Consolidating Chemical Substance Creation Capability Through Ai For Science-Enabled Innovation Equity, Mengchu Jin, Wandong Wang, Jun Zhang, Yi Luo, Zaiku Xie, Jinlong Yang, Jun Jiang
Consolidating Chemical Substance Creation Capability Through Ai For Science-Enabled Innovation Equity, Mengchu Jin, Wandong Wang, Jun Zhang, Yi Luo, Zaiku Xie, Jinlong Yang, Jun Jiang
Bulletin of Chinese Academy of Sciences (Chinese Version)
AI for Science (hereinafter referred to as AI4S) is driving profound changes in the paradigm of scientific research. Chemistry, as a central discipline for creating new substances and supporting major national strategic needs such as energy, health, dual carbon goals, advanced manufacturing, and ecological governance, is an important application scenario of AI4S. At present, innovation in the discipline of chemistry by young researchers still faces knowledge silos, capability silos, and resource silos: the accumulation of professional knowledge requires years of effort, frontier knowledge is highly differentiated, experimental capabilities are difficult to reuse, and high-end resources are difficult to coordinate, which …
Artificial Intelligence-Enabled Materials Innovation: Implementation Levels And Strategic Layout, Ziwei Zhao, Fengxiang Zhou, Yanglili Zhou, Can Wang, Pei Zhang, Weihua Wang
Artificial Intelligence-Enabled Materials Innovation: Implementation Levels And Strategic Layout, Ziwei Zhao, Fengxiang Zhou, Yanglili Zhou, Can Wang, Pei Zhang, Weihua Wang
Bulletin of Chinese Academy of Sciences (Chinese Version)
Materials innovation has long been constrained by vast design spaces, complex processing routes, lengthy validation cycles, and difficulties in engineering translation. Traditional research and development models, which mainly rely on accumulated experience, theoretical deduction, and experimental trial and error, have become increasingly insufficient to meet the demand for rapid breakthroughs in critical materials. In recent years, artificial intelligence has been increasingly integrated into materials design, synthesis, and processing, characterization, evaluation, optimization, and application feedback, promoting the transformation of materials innovation from experience-driven exploration to data-driven development and from discrete trial and error to closed-loop optimization. Based on an analysis of …
Artificial Intelligence Empowered Biological Research: Paradigm Shifts, Application Scenarios, And Strategic Layout, Xinguang Zhu, Yiming Bao, Zhenong Jin, Xin Li, Sijia Wang, Yueming Wang, Yungui Yang, Cao Xu, Yan Xiong, Bin Han
Artificial Intelligence Empowered Biological Research: Paradigm Shifts, Application Scenarios, And Strategic Layout, Xinguang Zhu, Yiming Bao, Zhenong Jin, Xin Li, Sijia Wang, Yueming Wang, Yungui Yang, Cao Xu, Yan Xiong, Bin Han
Bulletin of Chinese Academy of Sciences (Chinese Version)
Life related processes are characterized by high dimensionality and multi-scale properties. Understanding mechanisms underpinning life processes helps promote national healthcare, agricultural development, sustainable ecological civilization, and national security. Current life science research is confronted with an enormous challenge of dimensionality stemming from data explosion and data fragmentation, for which the recent rapid advancement of artificial intelligence (AI) provides novel solutions. AI will catalyze a paradigm shift in life science research from the current experiment based empirical induction to a new closed-loop knowledge acquisition including large scale data collection, model building, model prediction, experimental validation, and iterative of these procedures. Life …
Artificial Intelligence For Cybersecurity: Opportunities, Challenges, And Approaches, Kai Chen, Ding Li, Guozhu Meng, Shouling Ji, Changjiang Li, Yi Yang, Dengguo Feng
Artificial Intelligence For Cybersecurity: Opportunities, Challenges, And Approaches, Kai Chen, Ding Li, Guozhu Meng, Shouling Ji, Changjiang Li, Yi Yang, Dengguo Feng
Bulletin of Chinese Academy of Sciences (Chinese Version)
Cybersecurity research, institutional structures, and governance policies are undergoing profound transformations. Currently, increasingly covert and rapidly evolving intelligent attacks, coupled with the national urgent expectations for high-level security, are driving significant shifts in the roles and interactions of governments, research institutions, and enterprises. Consequently, this study, based on analyzing the challenges and opportunities of the AI era, explores core application scenarios such as critical information infrastructure protection, national data security, and the maintenance of cyberspace sovereignty. It provides an analysis of artificial intelligence in dimensions such as correlation and causality, and proposes a governance framework, aiming to provide insights for …
Artificial Intelligence For Astronomy: Strategic Opportunities, Policy Challenges And Development Strategies, Jin Chang, Yihan Song, Bing Du, Kefei Wu, Ali Luo, Jifeng Liu
Artificial Intelligence For Astronomy: Strategic Opportunities, Policy Challenges And Development Strategies, Jin Chang, Yihan Song, Bing Du, Kefei Wu, Ali Luo, Jifeng Liu
Bulletin of Chinese Academy of Sciences (Chinese Version)
To alleviate the bottlenecks hindering the integrated development of artificial intelligence and astronomy in China and to reinforce the country’s strategic edge in science and technology, this study uses systematic analysis and path-comparison approaches to examine the policy requirements for their deep integration. The findings indicate that this topic is closely tied to global competition in science and technology, strategic security, and industrial upgrading. At present, the world has entered a new “astronomy + AI” paradigm, with the United States and the European Union already having taken the lead in establishing corresponding strategic frameworks. Leveraging major scientific infrastructures such as …
Artificial Intelligence Empowering Space Science—Case Study Of Space Weather, Chi Wang, Hui Li, Bingxian Luo, Fang Shen, Jingjing Wang, Lingqian Zhang, Yi Yang, Dong Zhao
Artificial Intelligence Empowering Space Science—Case Study Of Space Weather, Chi Wang, Hui Li, Bingxian Luo, Fang Shen, Jingjing Wang, Lingqian Zhang, Yi Yang, Dong Zhao
Bulletin of Chinese Academy of Sciences (Chinese Version)
Space science is currently confronted with a triple challenge: the explosive growth of observational data, the strongly coupled cross-scale nature of physical processes, and the increasingly urgent national strategic demands. The limitations of traditional research paradigms in analytical efficiency, forecast accuracy, and autonomous capability hinder their effectiveness in meeting critical requirements such as safeguarding on-orbit satellites and ensuring the successful execution of major space missions. This study proposes a three-layer “perception–cognition–decision-making” architecture for intelligent space science. Taking space weather—a domain with strong operational relevance—as a representative case, the four-dimensional paradigm transformation driven by artificial intelligence is systematically examined across key …
Artificial Intelligence For Deep Earth Science: Key Challenges, Major Application Scenarios And Development Pathways, Qingyun Di, Liang Zhao, Yikang Zheng, Zhi Geng, Zhichao Yu, Xiaocai Shan, Chao Li, Zhiyao Xu, Pengfei Lv
Artificial Intelligence For Deep Earth Science: Key Challenges, Major Application Scenarios And Development Pathways, Qingyun Di, Liang Zhao, Yikang Zheng, Zhi Geng, Zhichao Yu, Xiaocai Shan, Chao Li, Zhiyao Xu, Pengfei Lv
Bulletin of Chinese Academy of Sciences (Chinese Version)
Deep Earth science is central to understanding Earth’s internal architecture and the coupled evolution of its major spheres, while also underpinning energy security, the supply of critical mineral resources, and resilience to major geohazards. Nevertheless, the advancement of deep Earth science is currently hindered by insufficient in situ observations under extreme conditions, the difficulty of integrating multi-source heterogeneous data, and the limited capability to model complex multiphysics coupling processes. Recent advances in artificial intelligence offer a potential route beyond these limitations. By integrating data-driven learning with physical and geological understanding, AI is reshaping deep Earth science from empirical interpretation to …
Advancing Paradigm Of Quantitative Synthetic Biology And Strengthening Mission-Oriented Basic Research, Chenli Liu
Advancing Paradigm Of Quantitative Synthetic Biology And Strengthening Mission-Oriented Basic Research, Chenli Liu
Bulletin of Chinese Academy of Sciences (Chinese Version)
Synthetic biology is an important frontier in the life sciences, yet its further development remains constrained by limited capacity for rational design. Quantitative synthetic biology, which iteratively integrates quantitative modeling with the construction and analysis of synthetic systems, offers a promising paradigm for addressing this challenge. In this perspective, the study discusses the background and motivations underlying the emergence of this field and summarizes recent developments and exploratory efforts. Considering the unique characteristics of quantitative synthetic biology, it is suggested that progress in the field may benefit from strategically organized collaborative research that balances mission-oriented goals with investigator-driven exploration. On …
Problem Formation In Basic Research: Historical Evolution And Contemporary Transformation, Jialing Lyu, Ying Wang
Problem Formation In Basic Research: Historical Evolution And Contemporary Transformation, Jialing Lyu, Ying Wang
Bulletin of Chinese Academy of Sciences (Chinese Version)
“Topic selection” in basic research has long been a central issue in S&T and innovation policy. Traditionally, it has often been understood as the processes of designating promising projects from an existing topic list through peer review and procedural evaluation. Nevertheless, major scientific problems do not always preexist within disciplinary systems, nor are landmark scientific discoveries artificially pre-planned in advance. Rather, they gradually emerge through the continuous interaction among national strategic demands, technological evolution, industrial transformation, and major real-world challenges. This study argues that important directions in basic research are often shaped by the sustained pull of real-world problems on …
Deep Learning Processor: Road To Fundamental Research On Ai Chip, Yunji Chen
Deep Learning Processor: Road To Fundamental Research On Ai Chip, Yunji Chen
Bulletin of Chinese Academy of Sciences (Chinese Version)
Deep learning processor chips serve as an important computation foundation for the artificial intelligence industry, thus has attracted widespread attention from the international communities. The Institute of Computing Technology, Chinese Academy of Sciences took the lead in initiating fundamental research on deep learning processor chips in 2008. At that time, this research direction had not yet entered the mainstream vision of the international communities, with its academic value and development laws yet to gain widespread recognition, and it was confronted with the challenges of three fundamental scientific issues concerning its significance, principle, and architecture.To address the above issues, the research …
Leading Big Science Initiative And Boosting Basic Research, Nianzhi Jiao
Leading Big Science Initiative And Boosting Basic Research, Nianzhi Jiao
Bulletin of Chinese Academy of Sciences (Chinese Version)
As a core model for conducting cutting-edge research through global collaboration, major international science initiative (ISI) has comprehensively reshaped the development scope, resource landscape, research paradigms, talent systems, and governance ecosystems of basic research (BR). ISI and BR are deeply integrated and iteratively coordinated, forming a vital strategy for humanity to tackle major global scientific challenges. Against the backdrop of deep intertwining between scientific and technological competition and global governance, China taking the lead in ISI has become a strategic imperative for the new era, with the UN Ocean Decade Program ocean negative carbon emissions (ONCE) serving as a successful …
On Crucial Role Of The Spirit Of Chinese Scientists In Basic Research, Xin Wang, Chuanxi Wang, Changpu Sun
On Crucial Role Of The Spirit Of Chinese Scientists In Basic Research, Xin Wang, Chuanxi Wang, Changpu Sun
Bulletin of Chinese Academy of Sciences (Chinese Version)
Basic research is the source of original innovation and the foundation for building a strong nation in science and technology. Compared with applied development research and engineering research, basic research is primarily concerned with exploring the frontiers, proposing new concepts, discovering new laws, and establishing new theories. Its outcomes are often difficult to predict in advance and are rarely subject to sufficient experimental and practical verification within a short time frame. These characteristics expose basic research to three inherent challenges in the philosophy of science. First, the experimental verification of fundamental theories often requires a long period of time. Second, …
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Bulletin of Chinese Academy of Sciences (Chinese Version)
No abstract provided.
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Bulletin of Chinese Academy of Sciences (Chinese Version)
No abstract provided.
Construction Of New-Type Think Tanks With Chinese Characteristics Calls For Innovation In Think Tank Theories And Methodologies—Review, Summary, And Prospect Based On 10th Anniversary Of National High-End Think Tank Pilot Program At Institutes Of Science And Development, Chinese Academy Of Sciences, Jiaofeng Pan, Yijun Liu, Wuyun Qiqige, Mingxi Liu
Construction Of New-Type Think Tanks With Chinese Characteristics Calls For Innovation In Think Tank Theories And Methodologies—Review, Summary, And Prospect Based On 10th Anniversary Of National High-End Think Tank Pilot Program At Institutes Of Science And Development, Chinese Academy Of Sciences, Jiaofeng Pan, Yijun Liu, Wuyun Qiqige, Mingxi Liu
Bulletin of Chinese Academy of Sciences (Chinese Version)
Since China launched the pilot program for the construction of high-end think tanks in 2015, the Institutes of Science and Development, Chinese Academy of Sciences (hereinafter referred to as CASISD), as the core carrier of the CAS National High-End Think Tank Pilot Program, has forged an exploratory path from specialization and scientization to disciplinization.Over the past decade, committing to the fundamental purpose of serving the scientific decision-making of the Party and the country and taking theoretical and methodological innovation as its core engine, CASISD has originally proposed the DIIS Process IntegrationMethod and the Think Tank Double Helix Methodology, taken the …
From Institution Building To Decision Intelligence Enhancement: Achievements And Prospects Of New Think Tanks With Chinese Characteristics, Yongnian Zheng, Jincheng Liu
From Institution Building To Decision Intelligence Enhancement: Achievements And Prospects Of New Think Tanks With Chinese Characteristics, Yongnian Zheng, Jincheng Liu
Bulletin of Chinese Academy of Sciences (Chinese Version)
Since the issuance of the “Opinions on Strengthening the Building of New-type Think Tanks with Chinese Characteristics” in 2015, the development of new think tanks with Chinese characteristics has gone through a full decade. This period marks not only a critical transition from simply establishing think tanks to improving their quality, but also an important starting point for China’s transformation from a major producer of knowledge into a strong producer of ideas. Over the past decade, China’s think tank development has achieved staged progress: from initial institution building to systematic formation, from ex post commentary to whole-process policy engagement, from …
Research Progress And Think Tank Contributions To Regional Coordinate Development, Major Function Zoning Strategy, And Modern Spatial Governance—Based On Review And Analysis Of Contributions By Fan Jie’S Team In Bulletin Of Chinese Academy Of Sciences, Jie Fan, Jian Gao, Kan Zhou, Gan Li
Research Progress And Think Tank Contributions To Regional Coordinate Development, Major Function Zoning Strategy, And Modern Spatial Governance—Based On Review And Analysis Of Contributions By Fan Jie’S Team In Bulletin Of Chinese Academy Of Sciences, Jie Fan, Jian Gao, Kan Zhou, Gan Li
Bulletin of Chinese Academy of Sciences (Chinese Version)
Based on the think tank research published by Fan Jie’s team in Bulletin of Chinese Academy of Sciences, this study reviews the progress of human geography in the fields of regional coordinate development, major function zoning strategy, and the spatial governance system. Furthermore, it focuses on reviewing the think tank contributions that serve the need of major national strategic decision-making. Think tank contributions include the followings. (1) Through continuous engagement in major preliminary research for national Five-Year Plans, the team has established a prominent think tank brand for the Chinese Academy of Sciences. This brand focuses on regional coordinate development …
Decade Of Local Think Tank Development In China: Retrospective And Prospective Analysis, Xiangzhi Zhou
Decade Of Local Think Tank Development In China: Retrospective And Prospective Analysis, Xiangzhi Zhou
Bulletin of Chinese Academy of Sciences (Chinese Version)
Since mid-2015, when the CPC Central Committee and State Council issued “Opinions on Strengthening the Building of New-type of Think Tanks with Chinese Characteristics”, local think tanks in China entered a decade of rapid growth, divided into three phases: initial exploration, deepening differentiation, and quality innovation. A preliminary system has been established, with progress in institutionalization and demonstrated impact. Nevertheless, challenges persist, such as narrow vision, underutilized advantages, regional imbalances, low professionalization, and weak support. Future efforts should focus on improving the system, optimizing functions, emphasizing localized research, strengthening organized research, accelerating digital transformation, advancing scientific methods, and fostering an …
New-Type Think Tank Construction In State-Owned Enterprises: Historical Evolution, Current Challenges, And Optimization Paths, Jihai Huang, Jinpei Jia
New-Type Think Tank Construction In State-Owned Enterprises: Historical Evolution, Current Challenges, And Optimization Paths, Jihai Huang, Jinpei Jia
Bulletin of Chinese Academy of Sciences (Chinese Version)
As a vital pillar of the new-type think tank system with Chinese characteristics, new-type think tanks in state-owned enterprises (SOEs) are undergoing a critical leap from being established to becoming strong. Based on in-depth investigations and thematic discussions with a number of representative new-type SOE think tanks, this study systematically reviews their historical evolution and achievements, analyzes the practical challenges they face going into the 15th Five-Year Plan period, and proposes optimization paths. The study finds that the development of new-type SOE think tanks has progressed through four sequential stages: foundation building and emergence (1949–1978), initial exploration (1979–2012), rapid growth …
From Indicators To Systems: Logical Evolution, Practical Challenges, And Policy Recommendations Of Think Tank Evaluation In China, Gang Li, Zihao Ge
From Indicators To Systems: Logical Evolution, Practical Challenges, And Policy Recommendations Of Think Tank Evaluation In China, Gang Li, Zihao Ge
Bulletin of Chinese Academy of Sciences (Chinese Version)
Over a decade has passed since the issuance of the “Opinions on Strengthening the Construction of New Types of Think Tanks with Chinese Characteristics”. During this period, the number of think tanks in China has continued to grow, and evaluation activities have evolved from spontaneous exploration to institutionalized practice. Examining think tank evaluation from both the supply and demand sides of think tank development, this study systematically reviews the practical progress and theoretical exploration of think tank evaluation in China over the past decade. Building upon an analysis of the conceptual connotation of think tank evaluation, the study argues that …
Characteristics And Influencing Factors Of Think Tank Talent Development, Yongna Yuan, Xuejiao Zhao, Yingming Li, Shimin Liu
Characteristics And Influencing Factors Of Think Tank Talent Development, Yongna Yuan, Xuejiao Zhao, Yingming Li, Shimin Liu
Bulletin of Chinese Academy of Sciences (Chinese Version)
The development of think tank talent has become a fundamental pillar for enhancing the quality of China’s new-style think tanks with Chinese characteristics. On the tenth anniversary of the establishment of China’s new-style think tanks with Chinese characteristics, this study conducts an empirical analysis of the growth patterns, basic characteristics, and influencing factors of think tank talent in China, based on data from 187 valid questionnaires collected by the Think Tank Talent Development Alliance. The study finds that think tank talent in China can be categorized into three types: the “capability accumulation” type, the “stable development” type, and the “senior …
Ecological Interest Theory Of “Lucid Waters And Lush Mountains Are Invaluable Assets” And Its Application In The Yellow River Basin, Guangqian Wang, Deyu Zhong
Ecological Interest Theory Of “Lucid Waters And Lush Mountains Are Invaluable Assets” And Its Application In The Yellow River Basin, Guangqian Wang, Deyu Zhong
Bulletin of Chinese Academy of Sciences (Chinese Version)
To address the core challenges of quantifying ecological value and converting it into economic gains, this study proposes a theoretical framework of ecological interest (EI) based on the principle that “lucid waters and lush mountains are invaluable assets”. Three fundamental origins of ecological interest are explained, including the temporal value discount, the spatial ecological compensation, and the civilizational occupation-compensation balance. These three dimensions establish the logical connection between ecological and economic values. Setting a 5% annual simple interest rate as the benchmark and adopting “Lucid Waters and Lush Mountains” green certificates as the standardized ecological assets for property rights delineation …
Characteristics And Implementation Paths Of Goal For Building Energy Powerhouse, Liye Xiao, Jiaofeng Pan, Xiaojiong Wang, Deqiang Sun, Mingliang Qi, Jianlei Mo, Huimin Li, Ting Wang, Jie Yang, Jie Lin, Yuchao Wang, Haiting Chen
Characteristics And Implementation Paths Of Goal For Building Energy Powerhouse, Liye Xiao, Jiaofeng Pan, Xiaojiong Wang, Deqiang Sun, Mingliang Qi, Jianlei Mo, Huimin Li, Ting Wang, Jie Yang, Jie Lin, Yuchao Wang, Haiting Chen
Bulletin of Chinese Academy of Sciences (Chinese Version)
China is a major energy-consuming country, and ensuring effective energy supply is one of the core tasks for promoting national development and national rejuvenation. To guarantee national energy supply and energy security, and to vigorously develop and utilize clean and low-carbon energy, the Outline of the 15th Five-Year Plan for National Economic and Social Development of the People’s Republic of China clearly states: “We will thoroughly implement the new energy security strategy, accelerate the construction of a clean, low-carbon, safe, and efficient new energy system, and build a strong energy nation. We will promote the safe, reliable, and orderly replacement …
Logic And Pathways Of Higher Education In Supporting Science And Technology Innovation In Big Science Era, Yiran Song, Ying Wang, Yijun Liu
Logic And Pathways Of Higher Education In Supporting Science And Technology Innovation In Big Science Era, Yiran Song, Ying Wang, Yijun Liu
Bulletin of Chinese Academy of Sciences (Chinese Version)
The new wave of technological and industrial transformation is propelling scientific and technological innovation from isolated breakthroughs toward ecosystem-based collaboration. Deepening interdisciplinary integration and accelerated data-driven and AI-powered processes present fresh challenges to talent cultivation in higher education, demanding a systemic shift in higher education to align with the demands of scientific and technological innovation. This study analyzes the co-evolutionary relationship between higher education and scientific and technological innovation from a historical perspective; examines the defining features of scientific and technological innovation in the era of big science and the new requirements it places on higher education; elucidates the practical …
Is Science Still An Endless Frontier? —Past And Future Of U.S. Science Policy Through Lens Of Social Contract Of Science, Chunliang Fan
Is Science Still An Endless Frontier? —Past And Future Of U.S. Science Policy Through Lens Of Social Contract Of Science, Chunliang Fan
Bulletin of Chinese Academy of Sciences (Chinese Version)
This study analyzes the evolution of the relationship between science and government in the United States through the lens of the social contract of science. It proposes a five-dimensional framework covering legitimacy, institutional support, autonomy, functional expectations, and responsibility, and identifies three historical stages from 1945 to 2024, followed by recent policy changes since 2025.The findings suggest a shift from a science-centered, cognition-driven model to a mission-oriented model shaped by national competition and technological capacity. This transition is marked by more concentrated resource allocation, stronger alignment with industrial and security policies, and growing pressure on basic research. Overall, the postwar …
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Bulletin of Chinese Academy of Sciences (Chinese Version)
No abstract provided.
Editor’S Note, Editorial Office Of Bulletin Of Chinese Academy Of Sciences
Editor’S Note, Editorial Office Of Bulletin Of Chinese Academy Of Sciences
Bulletin of Chinese Academy of Sciences (Chinese Version)
No abstract provided.
China’S S&T Think Tank Transformation For Building A World-Class Science And Technology Power: Trends And Prospects, Dongmei Liu, Ning Huang, Yangxu Lu, Zhe Li
China’S S&T Think Tank Transformation For Building A World-Class Science And Technology Power: Trends And Prospects, Dongmei Liu, Ning Huang, Yangxu Lu, Zhe Li
Bulletin of Chinese Academy of Sciences (Chinese Version)
To address the strategic demands of establishing China as a world-class science and technology power, the transformation of its S&T think tanks has become an urgent priority. The unique knowledge products generated by these think tanks in supporting decision-making for national S&T advancement constitute a vital component of China’s independent knowledge system. Consequently, the transformation of S&T think tanks and the development of this domain’s independent knowledge system form a mutually reinforcing and coupling process. This study analyzes the imperatives and positioning of think tank transformation and independent knowledge system development through the renewal of intellectual foundations, the articulation of …