Science and Technology Policy Commons^™

Constructing The Cyber Workforce Gap: Measurement And Its Consequences, Ryan Straight

Journal of Cybersecurity Education, Research and Practice

Cyber workforce-gap figures steer federal strategy, industry advocacy, and the growth of educational programs. Rather than estimating the U.S. gap, this review examines how the estimates are made: through job-posting analytics, survey-based estimation, and federal accounting, each of which must assume its way from instrument to labor market. A census of this journal's complete run illustrates what those figures underwrite in one venue: of 176 items published across eleven years, 51 invoke a labor-market workforce claim, 46 treat it as settled fact, and only one, an editorial, interrogates it. Meanwhile, the producers and auditors of those figures have diverged. Between …

Agenda Evolution And Cross-Agency Coordination Identification In U.S. Artificial Intelligence Policy During Trump's Second Term: An Ace-Lda-Based Policy Text Analysis, Hongkun Tian

Journal of Scientific Information Research

[Purpose/significance] In response to the frequent issuance of U.S. artificial intelligence (AI) policies, pronounced textual heterogeneity, and strengthening cross-agency linkages during the early period of Trump's second term, this study identifies the agenda structure, stage-specific shifts, and patterns of cross-agency coordination in U.S. AI policy, thereby providing a basis for science and technology security assessment in China. [Method/process] Using a corpus of 26 national-level and agency-level policy documents issued in 2025, this study constructs an ACE-LDA framework that builds on LDA document-topic distributions by incorporating cross-period topic alignment, a conservation mechanism for topic transitions, and a verifiable evidence chain. The …

Research On Interdisciplinary Scientific Research Behavior Of Nobel Prize Laureates In The Field Of Natural Sciences, Gao Zhi, Gang Sun

Journal of Scientific Information Research

[Purpose/significance] This study explores the evolutionary patterns of interdisciplinary research behavior among Nobel Prize laureates in natural sciences over their careers and its impact on academic performance, aiming to provide theoretical foundations and policy implications for the cultivation of high-level scientific talents and the management of interdisciplinary research. [Method/process] The study focuses on Nobel Prize laureates in natural sciences who began publishing papers since 1960. Using panel data models, it analyzes the authorship patterns, volume, interdisciplinarity, and academic impact of interdisciplinary publications from a career perspective. [Result/conclusion] The interdisciplinary behavior of Nobel Prize laureates in natural sciences exhibits significant stage-based …

The End Of Unmeasured Exploitation: How A.S.M., C.A.S., And S.I.A. Challenge Digital Attention Capitalism, Delante Clark

Graduate Scholarship and Creative Works

Digital attention capitalism generates value through the capture and monetization of human attention, yet it has historically lacked standardized mechanisms for measuring attention-related harm. This paper argues that the Attention Safeguard Models (A.S.M.), Cognitive Attentional Standards (C.A.S.), and Sociological Impact Assessment (S.I.A.) collectively challenge this system by introducing an integrated framework for classifying, measuring, and evaluating digital attention harm and its societal consequences. C.A.S. provides standardized measurement of digital attention harm, A.S.M. identifies and classifies patterns of attentional disruption and manipulation, and S.I.A. evaluates broader impacts on institutions, communities, civic engagement, education, social cohesion, and inequality. Together, these systems transform …

A Historian And A Sociologist Walk Into A Bar: A Data Archive For Social Sciences And Digital Humanities Hosted At A National Archives Institution, Benjamin Peuch, Oliver Lenaerts, Rolande Depoortere, Johan Van Der Eycken, Youssef Ouahalou

Journal of Contemporary Archival Studies

In October 2020, a new service was launched at the State Archives of Belgium, the Social Sciences and Digital Humanities Archive (SODHA). It is the result of several years of feasibility research into the viability of a data archive for social sciences and digital humanities in the research landscape of Belgium. SODHA acts as a service provider for the Consortium of European Social Science Data Archive (CESSDA ERIC) and takes up the task of preserving and disseminating research data in any of the disciplines that constitute the aforementioned fields.

SODHA is a latecomer compared to other similar organizations in Europe …

The Legal Risks Posed By Ai Chatbots: Unfair And Deceptive Practices And Other Authorities, Stephanie T. Nguyen, Adam Teitelbaum

Center for Law and the Economy

Growing alarm about existential risks and other harms posed by AI technology have given rise to calls for the government to regulate AI platforms.

This issue brief addresses a related but distinct problem: the use of AI technology by large corporations — including AI platforms themselves — to deploy AI customer-service chatbots1 in ways that may violate existing consumer protection laws. Law enforcers and the plaintiffs’ bar can and should use existing law to stop and deter those violations, and all businesses using AI chatbots should take immediate steps to ensure their AI chatbot practices are compliant with consumer protection …

Historical Origins Of China’S Independent Knowledge System Of Scientific And Technological Innovation, Qijun Xie, Yulong Jie, Xiangyang Li, Jun Su

Bulletin of Chinese Academy of Sciences (Chinese Version)

Constructing China’s independent knowledge system of scientific and technological (S&T) innovation is a major proposition for the country’s S&T undertakings in the new era. Such a system has taken shape gradually in long-term practice, as external constraints shifted and domestic capabilities grew. Taking historical tracing as its basic approach, this study defines the connotation of the independent knowledge system of S&T innovation. It argues that autonomy in S&T innovation means subjectivity and originality in knowledge production, with the initiative in development kept in the country’s own hands, and that it is embodied in three links, namely, knowledge production, disciplinary institutionalization, …

Construction Of Innovation Culture With Chinese Characteristics For The New Era: Historical Evolution, Realistic Challenges And Optimization Pathways, Yixiao Pan, Li Zhang, Jiani Zhang, Xiaoming Sheng

Bulletin of Chinese Academy of Sciences (Chinese Version)

The ability of scientific and technological innovation represents a nation’s core competitiveness, and the construction of an innovation culture serves as the fundamental guarantee for consolidating and enhancing innovation capabilities. The innovation culture with Chinese characteristics has gradually taken shape in the long-term practice of China’s scientific and technological development, going through stages such as germination and foundation-laying, gradual formation, strategic deepening, and high-quality development. It features distinct characteristics such as a people-centered approach, self-reliance and self-improvement, openness and collaboration, as well as creation and sharing, which significantly differ from Western innovation cultures. Currently, international scientific and technological competition is …

Generation Logic And Original Contribution Of Technological Innovation Path With Chinese Characteristics In The New Era, Wei Wu, Jiahao Feng, Xianchun Xu

Bulletin of Chinese Academy of Sciences (Chinese Version)

The path of scientific and technological innovation with Chinese characteristics in the new era is a path toward scientific and technological modernization gradually forged by the Communist Party of China in leading China’s science and technology endeavors, grounded in the country’s basic national conditions and responding to the questions of the times. It represents an important achievement in adapting the Marxist view of science and technology to the Chinese context and the needs of the times. This path has made a historic leap from self-reliance to independent innovation and further to greater self-reliance and strength in science and technology, thereby …

Regional Innovation Layout In China In The New Era: Practical Progress, Key Issues, And Development Strategies, Weiyu Duan, Xiaohui Qu, Kaihua Chen, Jie Lin

Bulletin of Chinese Academy of Sciences (Chinese Version)

Regional innovation layout is the spatial anchor point for supporting and enhancing the overall effectiveness of the national innovation system. It is also an important carrier for transmitting the national innovation strategy to local areas, optimizing the allocation of innovation resources, and transforming regional comparative advantages. Since the beginning of the new era, with the in-depth implementation of the innovation-driven development strategy, China’s regional innovation layout has been continuously adjusted and optimized. Overall, this process has followed a dynamically optimized logic evolving from “points” to “areas” and further to “system” building, successively passing through three stages: the construction and functional …

Development Of China’S National Innovation System In The New Era: Practice, Key Issues, And Future Development, Yujie Zhang, Mingxun Xu, Kaihua Chen

Bulletin of Chinese Academy of Sciences (Chinese Version)

Advancing high-level self-reliance and strength in science and technology and accelerating efforts to build China into a leading country in science and technology have placed new demands on the development of China’s national innovation system and the enhancement of its overall performance in the new era. Since the 18th National Congress of the Communist Party of China, China has continuously advanced the development of its national innovation system, with its actor structure, functional linkages, and operating mechanisms becoming increasingly developed and system-level capabilities and overall performance receiving growing attention. As the 15th Five-Year Plan period marks a critical phase in …

Rationale, Key Issues, And Pathways For China’S Polar Fisheries Development, Yichong Dong, Chuwei Wang, Jingmei Li

Bulletin of Chinese Academy of Sciences (Chinese Version)

Polar fisheries are a strategic issue that requires forward-looking planning for China’s efforts to build a strong maritime country and participate in global ocean governance. This study examines the roles of polar fisheries in relation to climate change, the greater food approach, safeguarding maritime rights and interests, and the transformation of marine fisheries, and explains the rationale for China’s polar fisheries development. It argues that China still faces weaknesses in key areas, including scientific evidence generation, equipment and technological support, whole-industry-chain coordination, and the design of institutional solutions. Accordingly, the study proposes pathways for polar fisheries development, including building a …

From Science: The Endless Frontier To Science: A New Golden Age : Why Scientific Capability Needs To Be Reinterpreted, Jun Zhao

Bulletin of Chinese Academy of Sciences (Chinese Version)

The publication of Science: The Endless Frontier in 1945 established the institutional foundations of modern science by advocating sustained governmental support for basic research, scientific autonomy, and long-term investment in knowledge creation. Eighty-one years later, the White House report Science: A New Golden Age, together with recent reforms of the United Kingdom’s science governance system, reflects a broader transformation in how leading technological nations understand scientific capability. Drawing on a comparative analysis of recent policy adjustments in the United States and the United Kingdom, this study argues that the rapid advances in artificial intelligence, the growing complexity of scientific problems, …

From Support To Leadership: Long-Term Nature And Functional Evolutionary Of Relationship Between China’S Science And Technology Modernization And National Modernization, Chunliang Fan

Bulletin of Chinese Academy of Sciences (Chinese Version)

The long-term nature of scientific and technological innovation is closely related to the structural interaction between science and technology modernization and national modernization. This study proposes an analytical framework based on two dimensions—modes of interaction and functional evolution—to explain the long-term relationship between these two processes. It is shown that in different stages of development, the interaction between the national development system and the science and technology system takes different structural forms, while the role of science and technology evolves from primarily supporting national development to gradually leading and shaping development directions in key areas. Taking China as an example, …

Sustainable Development Of National Park Communities In China: Conditions, Challenges, And Implementation Paths, Baorong Huang, Xuetian Hu, Ling Tang, Zhi Wang, Zhi Zhang

Bulletin of Chinese Academy of Sciences (Chinese Version)

Promoting the sustainable development of communities in national parks is essential to the high-quality construction of the world’s largest national park system in China. Drawing on systematic social surveys of communities within national parks and candidate areas, this study outlines the key characteristics of these communities and analyzes their current development status, challenges, and constraints. It proposes a fivefold approach to advancing sustainability. Namely, (1) conceptually, by establishing a theoretical and cognitive framework for human–nature coexistence and overcoming antagonistic perceptions between parks and communities; (2) strategically, by fostering model villages and green development zones led by communities; (3) institutionally, by …

Empirical Study Of Impact Of National Science And Technology Program On Development Of New Energy Vehicle Industry, Dan Du, Xiaoyong Shi, Yong Cao, Yang Yang, Yao Yang

Bulletin of Chinese Academy of Sciences (Chinese Version)

The national science and technology program serves as the primary instrument for the government to support scientific and technological innovation through financial funding. This study employs impact assessment methods to conduct an empirical study on the path of technological development in the field of new energy vehicles and its economic impact supported by the national science and technology program, and explores the role of scientific and technological support in forming new quality productive forces. It was found that the task layout of the national science and technology program has expanded from the midstream of the industrial chain to both upstream …

Main Challenges To China’S Scientific Research Instrument Innovation From Perspective Of The United States Export Controls, Jing Li, Daixie Chen, Qinghua Lin, Guohua Xiao

Bulletin of Chinese Academy of Sciences (Chinese Version)

China has long been heavily dependent on imports of scientific research instruments, making this sector particularly vulnerable to intensified technological containment by the United States and other Western countries and their efforts to maintain technological dominance. Since the Donald Trump’s tenure as the 45th president of the United States began in 2017, the United States has frequently used export controls to suppress China’s scientific and technological progress, posing great security risks to China. Based on a review of the development of scientific research instrument innovation in China, this article analyzes the updates and trends of the United States export controls …

Power Of Connection: China’S New Paradigm For Open S&T Cooperation Via Global Networks Of Young Scientists, Meng Wang, Shaoshan Liu, Siok Yee Chan, Chunbo Gao, Francesco Maurelli, David Govoni

Bulletin of Chinese Academy of Sciences (Chinese Version)

As China rises in the global innovation landscape, relying solely on attracting talent back home (“bringing in”) is no longer sufficient to meet the demands of the new stage of S&T development. Greater emphasis must be placed on “going out” to strengthen the influence in international rules and standards. Early-career scientists, at the peak of creativity and international mobility, are the pivotal group driving this transition. This study proposes a four-in-one framework, Talent–Open Source–Standards–Scenarios, which highlights leveraging global youth science networks to transform engineering practices into contributions to international rule-making. In terms of implementation, the study takes the Global Young …

International Experience And China’S Strategies For Enterprise Participation In Cultivating Young Innovative Talents, Guoqiang Wang, Mengdi Pei

Bulletin of Chinese Academy of Sciences (Chinese Version)

As enterprises strengthen their role of innovation drivers, their participation in cultivating young innovative talent has become a key means to enhance youth innovation, reinforce corporate innovation capacity, and align talent development with industry needs. This study examines the policy instruments and implementation pathways through which enterprises participate in the training of young innovative talent, and conducts a comparative analysis of relevant experiences in the United States, Germany, and Japan. The findings indicate that Germany has developed a collaborative model integrating environmental and supply-side instruments through institutional embedding; the United States has established a demand-led model centered on market-based incentives; …

On-Device Computing Systems For Embodied Ai: Current Research Status And Strategic Directions, Shaoshan Liu, Zhenhua Zhu, Yiming Gan, Yu Wang, Yuan Xie

Bulletin of Chinese Academy of Sciences (Chinese Version)

Embodied AI is emerging as a key paradigm empowering general-purpose autonomy, but it requires on-device computing systems that simultaneously support high-throughput “cognition–planning” tasks and millisecond-level real-time “perception–control” loops. Converging solutions now coalesce around three pillars: (1) dataflow- and chiplet-based architectures, (2) memory-centric heterogeneous dies, and (3) RISC-V customizable cores with open tool-chains. This study distills the latest technical progress, pinpoints the remaining core technical bottlenecks, and charts an actionable course for academia, industry, and policymakers. The study calls for unified benchmarking and standardization, open-source software–hardware ecosystems, memory-centric dataflow architectures, and efficient on-device deployment of embodied foundation models. Finally, it outlines …