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With the rapid development of digital technology, digital technology innovation has become a core driver of China's economic development. Thus, this study uses A-share listed companies from 2003 to 2021 as the research sample. The digital patents of firms are identified to portray the level of digital technology innovation by matching the digital economy industry classification code, national economy industry classification code, and IPC number. Considers the economic effect of digital technology innovation from the perspective of firm market value. It is found that digital technology innovation significantly contributes to the increase in firm market value, and this finding still holds when robustness tests are performed. Mechanistic tests have shown that digital technology innovation affects firm market value by driving digital transformation, promoting productivity, and enhancing market profitability. Further analysis reveals that digital technology innovation has a more significant effect on increasing firm market value for large, non-state, capital-intensive, technology-intensive and low internal control costs firms. This study verifies the enabling effect of digital technology innovation on the development of the real economy at the micro level, and provides insights for the optimization of China's digital technology innovation policies and the formulation of firms' digital development strategies.

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Green technology is an important path to achieve low-carbon development, and green credit provides financial support for green technology innovation. Existing literature often fails to pay attention to the important role of spatial factors and outliers in green technology innovation. Based on 2005-2022 provincial panel data in China, this paper uses a novel spatial lag quantile model to explore the impact of green credit on green technology innovation and its impact mechanism. The empirical results indicate that green credit exerts a greater positive impact on green technology in the provinces with moderate technical level. Technological innovation has the characteristic of spatial spillover. The spatial spillover of technology contributes more to green technology innovation in the provinces with low- and medium-tech level. This result has been proven even after robustness test of the changes in sample units, and the replacement of core variable values. Further mechanistic analysis demonstrates that banking market structure and enterprise R&D investment both produces the greater impact on green technology innovation in the low-tech provinces such as Qinghai, Ningxia, and Hainan. This article provides policy reference for local governments to formulate green finance policies and promote carbon neutrality strategies.

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Despite remarkable success in attracting foreign direct investment (FDI) to achieve maximum economic growth, the Next-11 emerging economies grappling with an undesirable situation of environmental degradation have become a hot topic at COP28. Researchers have long focused on this connection, emphasizing the urgent need for international and national environmentalists to promote sustainable development (SD) in these rapidly growing economies under the United Nations (UN) Framework Convention on Climate Change action plans. As a result, this study examines the role of FDI in the N-11 emerging economies, focusing on energy usage and technological innovation within the theoretical framework of the Halo-Haven hypothesis, covering the period from 1990 to 2022. We utilize ARDL, FMOLS, and DOLS techniques to analyze both short-term dynamics and long-term equilibrium relationships, effectively managing heterogeneity, time dynamics, and cross-sectional dependence issues to produce comprehensive results. The long-term analysis supports the haven hypothesis, demonstrating an affirmative relationship between FDI, economic growth, and carbon emissions, whereas energy usage is negatively associated with carbon emissions. Furthermore, the D-H test established a reciprocal causal relationship between variables such as FDI, economic growth, trade openness, and environmental pollution. However, we found a one-way causal correspondence in the usage of green energy, the technological innovation index, and carbon emissions. Given the mixed findings, policymakers should focus on attracting FDI to the green energy sector while reinforcing regulations and implementing stringent oversight for FDI in energy-intensive industries. This approach will ensure that such investments adhere to high environmental standards, thereby benefiting future generations.

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Government innovation subsidies play an important role as a policy to incentivize green transformation of enterprises, but whether government innovation subsidies can reduce the carbon intensity of industrial enterprises is still unclear, the exploration of the impact pathway needs to be further developed. This study takes government innovation subsidies as the entry point. It takes Chinese industrial listed companies as the research object from 2007 to 2021, explores the internal mechanism of government innovation subsidies on carbon intensity of industrial enterprises, analyzes the heterogeneity of the impact of government innovation subsidies on the carbon intensity of government innovation subsidies, and finally compares the differences arising from the governance effects of the policies of government innovation subsidies and government non-innovation subsidies. The results of the study show that: 1. Government innovation subsidies are beneficial for improving the energy utilization efficiency of enterprises and significantly reducing carbon intensity, unit government innovation subsidies can reduce the carbon dioxide emissions of industrial enterprises by 11.069 tons per 10,000 yuan of output value; 2. Government innovation subsidies can effectively incentivize industrial enterprises to carry out green technological innovations, and improve the quantity and quality of green technological innovation; 3. Government innovation subsidies can reduce carbon intensity of industrial enterprises by incentivizing the green technological innovations of enterprises to "increase the quantity and improve the quality". In fact, carbon intensity of industrial enterprises could be significantly reduced by incentivizing green technological innovation. Heterogeneity analysis shows that the greater the pressure of environmental tax and the higher the degree of market competition, the stronger is the effect of government innovation subsidies in reducing carbon intensity. The inclusion of government non-innovation subsidies in the control study shows that government innovation subsidies with innovation orientation motivate industrial enterprises to reduce carbon emissions significantly more than those subsidies without innovation orientation. In conclusion, this study provides a practical reference for the promotion of green technological innovation in enterprises to "increase the quantity and improve the quality" and reduce carbon intensity, as well as a revelation for the adoption of differentiated policies for different enterprises.

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Citizen science can be a powerful approach to foster the successful implementation of technological innovations in health, care or well-being. Involving experience experts as co-researchers or co-designers of technological innovations facilitates mutual learning, community building, and empowerment. By utilizing the expert knowledge of the intended users, innovations have a better chance to get adopted and solve complex health-related problems. As citizen science is still a relatively new practice for health and well-being, little is known about effective methods and guidelines for successful collaboration. This scoping review aims to provide insight in (1) the levels of citizen involvement in current research on technological innovations for health, care or well-being, (2) the used participatory methodologies, and (3) lesson's learned by the researchers.A scoping review was conducted and reported in accordance with the PRISMA-ScR guidelines. The search was performed in SCOPUS in January 2021 and included peer-reviewed journal and conference papers published between 2016 and 2020. The final selection (N = 83) was limited to empirical studies that had a clear focus on technological innovations for health, care or well-being and involved citizens at the level of collaboration or higher. Our results show a growing interest in citizens science as an inclusive research approach. Citizens are predominantly involved in the design phase of innovations and less in the preparation, data-analyses or reporting phase. Eight records had citizens in the lead in one of the research phases.Researcher use different terms to describe their methodological approach including participatory design, co-design, community based participatory research, co-creation, public and patient involvement, partcipatory action research, user-centred design and citizen science. Our selection of cases shows that succesful citizen science projects develop a structural and longitudinal partnership with their collaborators, use a situated and adaptive research approach, and have researchers that are willing to abandon traditional power dynamics and engage in a mutual learning experience.

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This study examines the role of intellectual property protection (IPP) in enhancing radical technological innovation (RTI) within national research project teams, using an innovation-driven theory and an ability-motivation-opportunity (AMO) perspective. This study utilizes a sample of 336 national research project team members from various Chinese universities, research institutes, and corporations to analyze the theoretical model. Additionally, a two-stage hybrid partial least squares structural equation modeling (PLS-SEM) approach, combined with artificial neural network techniques (ANN), is employed to evaluate the hypotheses. The empirical findings of this study reveal a positive association between the intensity of IPP and RTI within national research project teams. Research and development investment intensity (R&DII) is identified as the primary predictor, while integrated leadership (IL) and group potential (GP) play crucial moderating roles. These groundbreaking findings extend the scope of innovation-driven and AMO theories, providing a proactive model for national research project teams to propose improvements to the IPP system, ultimately enhancing the realization of RTI.

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The medical technology sector is characterised by a constant influx of innovations with the potential to revolutionise patient care. In France, there are several pathways for medical devices to enter the market, from diagnosis-related group tariffs to reimbursement lists. However, traditional regulatory pathways can delay market access for innovative technologies. In response, France has established Early Access Programs to expedite patient access to medical devices. This paper looks at three of these Early Access Programs for medical devices. Innovation Funding, introduced in its final version in 2015, provides temporary coverage for innovative devices and facilitates data collection for informed funding decisions. Transitional Coverage (PECT), established in 2021, targets CE-marked devices for rare or serious conditions. Transitional coverage for digital health applications (PECAN), introduced in 2022, covers digital medical devices, either therapeutic or for patient monitoring. Innovation funding has been granted to 16 technologies out of 35 applications (46%) since 2015. 6 technologies out of 11 (64%) applications benefit from PECT. PECAN, in its first year, has granted a telemonitoring solution with a favourable opinion. The French experience could provide valuable lessons for the development of a harmonised European framework to ensure that innovative medical technologies benefit those who need them, while maintaining high safety standards.

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BACKGROUND: Medical device expenditures have increased in the 21st century, with cardiac devices comprising an outsized portion of the market. Meanwhile, the disproportionate share of FDA recalls of cardiac devices is often overshadowed. Using the FDA 510(k) premarket notification pathway and FDA recalls issued from 2000 to 2020, this project seeks to engage our understanding of innovation and recalls in the cardiac device space. METHODS: 510(k) premarket notification submission dates, outcomes, and recalls from 1/1/2000 to 12/31/2019 were obtained from publicly available FDA data as a function of cardiac device innovation. We compared the annual number of 510(k) premarket clearances and FDA recalls from 1/1/2000 to 12/31/2009 to 1/1/2010 to 12/31/2019. RESULTS: We found 343 moderate risk cardiac medical devices cleared for sale between the years 2000 and 2020. Comparing the last 10 years of the study period to the first, the yearly number of cleared devices decreased 39.7 %, from 21.4 to just 12.9 (p = 0.0019), defying positive trends in U.S. GDP and healthcare expenditures. Meanwhile, the number of FDA recalls issued for these devices increased 94.5 % from 7.3 to 14.2 recalls per year (p = 0.031). 215 device recalls were issued; 78 % Class II and 16 % Class I which constitute serious, potentially fatal recalls. CONCLUSIONS: While United States healthcare spending continues to trend upward, there was a distinct decrease in the number of new and updated cardiac devices entering the market between 2000 and 2020. Meanwhile, recalls of these devices have uncomfortably increased. Together, these trends suggest cardiac device innovation has become risk averse.

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The key to high-quality development in the textile and apparel industry lies in enhancing technological innovation and optimizing the efficiency of technological innovation. Based on data from 60 A-share listed companies in the textile and apparel sector in China from 2013 to 2022, this study employs a three-stage DEA model and the Malmquist index model to measure changes in technological innovation efficiency from static and dynamic perspectives. Additionally, it uses a Tobit model to analyze the impact and mechanisms of management and financial factors on technological innovation efficiency. The results indicate that: (1) Compared to the manufacturing industry and its sub-sectors, the overall technological innovation efficiency of listed textile and apparel companies was relatively low and showed a declining trend between 2013 and 2022; (2) Over the decade, the average total factor productivity of these listed companies increased by 1.7%, exhibiting a "W" shaped fluctuation, with technological progress, pure technical efficiency, and scale efficiency all showing weak improvement; (3) Management and financial factors significantly influence technological innovation efficiency. Specifically, employee quality, profitability, and operational capability are positively correlated with technological innovation efficiency and have long-term effectiveness, while firm age, management costs, equity concentration, development ability, and debt repayment capacity are negatively correlated with technological innovation efficiency; (4) Different types of enterprises show differences in the significance of management factors, while whether the same person holds both managerial positions significantly affects financial factors.

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Majority customers of cosmetics are female. Would this imply a high proportion of inventors of cosmetics technology is female? Would the inventor's gender be related to the characteristics and quality of corresponding patent? This study tries to identify manifestation of gender equity in cosmetics technology in terms of patent application and grant, technical characteristics, and its performance. We apply topic modeling, zero-inflated Poisson regression, and survival analysis to patents related to cosmetics that were applied to the United States Patent and Trademark Office from 1970 to 2016. The results show that women's participation in cosmetic inventions is becoming active and has experienced many changes in technical characteristics, but in terms of performance, it is still sluggish. This study is expected to contribute to deepening our understanding about gender issues in technology development.

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This research examines the impact of the Regional Comprehensive Economic Partnership (RCEP) on the textile and apparel industry within its member nations. The study seeks to understand the implications of RCEP on trade dynamics, innovation chains, and industrial integration in the textile sector. The study uses both quantitative analysis of trade data and qualitative assessment of policy frameworks to analyze changes in textile trade and patterns among RCEP members through UN Comtrade data. Qualitative analysis is conducted to examine RCEP policies related to intellectual property protection, investment regulations, and innovation cooperation. The findings reveal a significant increase in textile trade volume among RCEP member countries following the agreement's implementation. China emerges as a key player, experiencing substantial growth in textile exports to RCEP nations, particularly driven by tariff reduction initiatives. RCEP provisions stimulate demand for innovation within the textile industry, fostering collaborative efforts in scientific research and development.

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The efficiency of resource allocation in technological innovation is a critical factor influencing the output level of technological innovation. By expanding and optimizing the Hsieh & Klenow (2009) framework for analyzing the efficiency of resource allocation and relaxing the assumption of constant returns to scale, this study utilizes sample data from Chinese listed companies from 2007 to 2019 to measure and analyze the resource allocation efficiency level in China's technological innovation. The findings indicate that in the process of technological innovation, companies face heterogeneous resource usage costs, leading to a deviation from the optimal resource allocation state, with evident issues of resource misallocation. The loss of efficiency in technological innovation output due to resource misallocation is significant, and addressing this issue can substantially enhance the level of technological innovation output. The misallocation of research and development capital resources is more severe than that of research and development personnel, resulting in greater efficiency losses in technological innovation output. Government subsidies are identified as a significant factor affecting resource allocation in technological innovation. Addressing the issue of resource misallocation, accelerating the market-oriented reforms of technological innovation resource allocation, and optimizing the government subsidy screening mechanism are crucial for improving the efficiency of resource allocation in technological innovation.

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Although the impact of interest rates, repayment periods, and loan scales on loan consequences has been extensively studied, little attention has been paid to the geographical distance involved in loan transactions. This study collects the addresses of borrowing companies, listed companies, and banks. Nonlocal loans can be distinguished because the regional segmentations in the lending industry reflect the features of provincial boundaries. Using data from Chinese A-share listed companies from 2007 to 2022, this research explores the causes of nonlocal loans and their impact on company innovation. Nonlocal loans are found to address the lack of local credit resources rather than financial constraints, supplementing disposable capital. This interregional circulation of credit resources facilitates innovation, particularly in financially undeveloped areas. This study does not detect research and development manipulation and recognizes the increase in innovation output. The findings have implications for credit resource allocation and balanced regional development.

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In numerous developing nations, challenges such as insufficient investment in innovation and limited capabilities for conversion impede the growth of the construction sector, thus affecting the overall economic well-being of these regions. This paper focuses on construction industry innovation (CII) and its correlation with region economic development (RED), providing valuable insights to overcome these challenges and promote sustainable economic advancement. This study references existing literature to devise an evaluation indicator system dedicated for CII and RED. It then proceeds with an empirical analysis of the integration and synergy between CII and the economic development across 31 Chinese provinces from 2012 to 2021. Furthermore, this paper employs ArcGIS and Geoda software to meticulously dissect the spatial distribution characteristics underlying this coordination. The main conclusions are succinctly summarized as follows: CII in China is intricately connected to RED, exhibiting a strong connection that diminishes from south to north. Nonetheless, the coordination level between these factors remains relatively low, with notable regional disparities, particularly from southeast to northwest. The primary obstacles to effective coordination are related to innovation input, output, and economic scale. Additionally, spatial correlation analysis demonstrates pronounced regional clustering, showing stability despite slight fluctuations over the study period. This research underscores the concept of coupling coordination between CII and RED, underpinned by scientific analytical methods. The outcomes provide a definitive guide for advancing the transformation and enhancement of the construction industry while promoting RED.

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Digital transformation enables small and medium enterprises (SMEs) to reduce or overcome their reliance on resources and energy, thereby minimizing their environmental impact and providing them with sustainable green competitive advantages. However, the reasons for this phenomenon are not yet clear. To further investigate this issue, we selected 391 Chinese SMEs to examine the relationships among green transformation, green innovation, government regulation, and green competitive advantages. Green innovation includes green product innovation and green process innovation, while government regulation includes incentive regulation, constraint regulation, and guidance regulation. The empirical results show that digital transformation can enhance SMEs' green competitive advantages. Additionally, the hypothesized mediating effect of green product innovation and green process innovation between digital transformation and green competitive advantages is supported, while the moderating effect of incentive regulation, constraint regulation, and guidance regulation on the relationship between digital transformation and green product innovation and green process innovation is also confirmed. The findings of this study may contribute to more effective management of digital transformation and green innovation in SMEs, thereby promoting their development.

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This paper explores the following development questions that perplex most Africans: "Why do African countries rely on foreign companies and foreign experts for almost all our development projects? Why can't we build our own roads, process our own food, and mine our own minerals, oil, and gas? Why don't we have world-class hospitals and industries? How can we have so much natural wealth and yet be so poor? Why do we invent so little?" The answer lies in our failure to implement idea number two. There are two major ideas in educational policy. Idea number one is the obligation to educate all children because it is their fundamental human right as enshrined in the 1948 United Nations Declaration of Human Rights. Idea number two is the strategy of establishing and sustaining world class schools and universities for the education of the most highly gifted and highly talented citizens. Developed countries deploy both ideas aggressively. Underdeveloped countries in Africa have not implemented idea number two. Countries that have deployed idea number two have at least one university ranked among the top 200 in the world. The presence of great universities (top 200) in a country is a 21st century indicator of the presence of high levels of innovation, technology, development and wealth in that country. According to the three major rankings of world universities (Shanghai-ARWU, THE, and QS-topuniversities.com), none of the world's top 100 great universities is in Africa. Although Africa was a pioneer among the continents in innovations such as human language, domestication of fire, making of tools, invention of agriculture, development of writing, and creation of great centers of learning in ancient times, it has fallen behind other continents over the last 500 years and it has been disrupted by enslavement and colonization, and the structural adjustment programs (SAPs) of the IMF and the World Bank. Ancient African centers of innovation included the Ancient City of Benin and Timbuktu in Western Africa, the Kingdom of Kush and ancient Egypt in northern Africa, Axum in Eastern Africa, Mapungubwe and Great Zimbabwe in Southern Africa, and the Kingdom of Kongo in central-Africa. An African renaissance will only occur when we implement idea number two by establishing world class schools and at least one great university per African country.

Cet article explore les questions de développement suivantes qui intriguent la plupart des Africains : « Pourquoi les pays africains s'appuient-ils sur des entreprises et des experts étrangers pour presque tous nos projets de développement ? Pourquoi ne pouvons-nous pas construire nos propres routes, transformer nos propres aliments et extraire nos propres minéraux, pétrole et gaz ? Pourquoi n'avons-nous pas d'hôpitaux et d'industries de classe mondiale ? Comment pouvons-nous avoir autant de richesses naturelles et pourtant être si pauvres ? Pourquoi inventons-nous si peu ? La réponse réside dans notre échec à mettre en œuvre l'idée numéro deux. Il y a deux idées majeures en politique éducative. L'idée numéro un est l'obligation d'éduquer tous les enfants, car il s'agit de leur droit humain fondamental tel que consacré dans la Déclaration des droits de l'homme des Nations Unies de 1948. L'idée numéro deux est la stratégie consistant à créer et à maintenir des écoles et des universités de classe mondiale pour l'éducation des citoyens les plus doués et les plus talentueux. Les pays développés déploient ces deux idées de manière agressive. Les pays sous-développés d'Afrique n'ont pas mis en œuvre l'idée numéro deux. Les pays qui ont déployé l'idée numéro deux comptent au moins une université classée parmi les 200 meilleures au monde. La présence de grandes universités (les 200 meilleures) dans un pays est un indicateur du XXIe siècle de la présence de niveaux élevés d'innovation, de technologie, de développement et de richesse dans ce pays. Selon les trois principaux classements des universités mondiales (Shanghai-ARWU, THE et QS-topuniversities.com), aucune des 100 meilleures universités mondiales ne se trouve en Afrique. Bien que l'Afrique ait été un continent pionnier en matière d'innovations telles que le langage humain, la domestication du feu, la fabrication d'outils, l'invention de l'agriculture, le développement de l'écriture et la création de grands centres d'apprentissage dans l'Antiquité, elle a pris du retard sur les autres continents au fil du temps. Ces 500 dernières années ont été perturbées par l'esclavage et la colonisation, ainsi que par les programmes d'ajustement structurel (PAS) du FMI et de la Banque mondiale. Les anciens centres d'innovation de l'Afrique comprenaient l'ancienne ville du Bénin et Tombouctou en Afrique de l'Ouest, le royaume de Kouch et l'Égypte ancienne en Afrique du Nord, Axum en Afrique de l'Est, Mapungubwe et le Grand Zimbabwe en Afrique australe et le royaume de Kongo en Afrique centrale. . Une renaissance africaine ne se produira que lorsque nous mettrons en œuvre l'idée numéro deux en créant des écoles de classe mondiale et au moins une grande université par pays africain.

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AbstractThe field of surgery has relied on innovation and creativity to improve patient care and propel the field forward. Historically, regulatory oversight of innovative approaches to surgery has been largely inconsistent, rendering surgeons relatively unrestricted creative latitude in the operating room; whether this has proven to be more beneficial or harmful is subject to debate. While innovation plays a crucial role in the advancement of surgical techniques, the potential drawbacks of unregulated innovation must be seriously considered, especially when treating vulnerable populations such as infants and children. This article provides an overview of the ethical aspects surrounding innovation in pediatric surgery, including discussion of relevant considerations, controversies, and pitfalls. The following includes a review of the current and past literature surrounding the topic. The purpose of this review is to heighten awareness of the ethical challenges that surgeons face when considering novel operative techniques on pediatric patients.

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BACKGROUND: Although COVID-19 has brought serious disasters to all mankind, it has also accelerated the innovation and application of educational science and technology. China is the first to bear in COVID-19, and in order to minimize the impact of the field of education and teaching involving a large number of students, educational technology has entered a stage of continuous innovation and large-scale application, especially in higher education institutions. PURPOSE: Firstly, it introduces the progress and achievements of China's educational science and technology innovation during the COVID-19 epidemic, as well as the in-depth application of it in education for studying abroad in China. Secondly, the problems and gaps of STI in education for studying abroad in China are analyzed. Once again, it puts forward the solution countermeasures and future development strategies for the science and technology innovation of education abroad in China. METHODS: A cross-sectional survey of 258 international students from 20 universities was conducted using a self-administered questionnaire entitled "Research on Innovation and Application of Science and Technology in China's International Education under the Situation of Conventional COVID-19 Epidemic Prevention and Control". RESULTS: It will put forward opinions and suggestions to promote the deepening and improvement of China's education science and technology innovation and application, as well as to provide a commentary and theoretical contribution to similar issues and phenomena around the world. CONCLUSION: Through in-depth research and analysis, it is found that the application of science, technology and innovation has played a great role in China's study abroad education, which not only improves the quality and effect of teaching, but also enriches the means and methods of teaching.

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