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This book explores the prospects of innovation governance within the context of the growing uneasiness surrounding the effects, democratic deficits and overall societal adequacy of techno-scientific progress. There is a focus on the recently promoted notion of Responsible Research and Innovation (RRI), and some light is shed on the inevitable impediments of its meaningful implementation with respect to the normative structure of contemporary market societies. A particular matter of concern is the normative interlock between science and the market around the notion of neutrality, and the narrowing room for ethics reflexivity. The RRI Challenge outlines avenues for further conceptualization so that RRI can fulfil its emancipatory potential as social critique. This involves challenging the current politico-economic framework of the knowledge-creation process, and re-examining key conceptual dyads in innovation governance such as: governance/government, hard law/soft law, risk/fault, uncertainty/indeterminacy and morality/ethics.
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Research and development projects --- New products --- Evaluation.
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What has gone wrong in Japan that has led to innovation crisis? Prof. Eiichi Yamaguchi has been committed to answer this question, and his quest has spanned several years and academic disciplines. Initially it appeared as if it had no context, but when he put the pieces together, he realized that it was actually one story. This book is a summary of his research over the last 20 years, especially after he moved out of the field of physics, to which he had devoted 21 years. He felt that it was essential for him to do his bit to save this sinking ship, or it would be disrespectful to the future generation.The book integrates his research on innovation policy, innovation theory, and trans-science. It begins with a detailed story of the innovation of blue LEDs, for which three Japanese scientists received the Nobel Prize in Physics in 2014. It describes the current innovation and science crises in Japan and presents evidence that the strong international competitiveness of science-based industries in the United States is a result of the invention of the Small Business Innovation Research (SBIR) system. It discusses a new theory of innovation structures, showing the error in Clayton M. Christensen's argument of "disruptive innovation. "It also proposes a new concept for "paradigm disruptive innovation, "emphasizing that abduction and transilience are essential factors for accomplishing it and that their decline has led to the innovation crisis in Japan. Finally, it analyzes the future vision of the innovation ecosystem, which promotes abduction and transilience, for scientists to develop new science-based industries.
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Sustainability challenges blur the boundaries between academic disciplines, between research, policy and practice, and between states, markets and society. What do exemplary scientists and organisations do to bridge the gaps between these groups and help their research to make the greatest impact? How do they do it? And how can their best practices be adapted for a diverse range of specific sustainability challenges? Enhancing Science Impact: Bridging Research, Policy and Practice for Sustainability addresses these questions in an accessible and engaging way. It provides principles explaining how research programs can work more effectively across the boundaries between science, society and decision-making by building social and institutional networks. The book suggests useful ways of thinking about a diverse range of problems and then offers five approaches to help embed science in sustainability governance. It will be an indispensable guide for researcher leaders, science program managers and science policy advisers interested in ensuring that applied research can meaningfully contribute to sustainability outcomes.
Science --- Research and development partnership. --- Development and research partnership --- Partnership, Research and development --- Limited partnership --- Natural science --- Natural sciences --- Science of science --- Sciences --- Environmental aspects.
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Research parks. --- Parks, Research --- Parks, Science --- Research and development parks --- Science parks --- Industrial districts
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The triple helix of university-industry-government interactions is a universal model of the development of the knowledge-based society, through innovation and entrepreneurship. Triple helix, the secret of an innovative region, may also be found in Statist or Laissez-faire societies, globally. The Triple Helix as a universal innovation model can assist students, researchers, managers, entrepreneurs, and policymakers to understand the roles of university, industry, and government in forming and developing "an innovative region," which has self-renewal and sustainably innovative capacity.
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With constraints on water, arable land, and other natural resources, agricultural innovation is a promising path to meeting the nutrient needs for future generations. At the same time, potential increases in the variability of the world's climate may intensify the need for developing new crops that can tolerate extreme weather. Dwindling public support leaves universities, which historically have been a major source of agricultural innovation, increasingly dependent on industry funding, with uncertain effects on the nature and direction of agricultural research. This book aims to provide such evidence through economic analyses of the sources of agricultural innovation, the challenges of measuring agricultural productivity, the role of universities and their interactions with industry, and emerging mechanisms that can fund agricultural R&D.
Agriculture --- Research --- Agricultural innovations --- Research and development projects --- Finance. --- Economic aspects
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This book provides valuable insights into the Kingdom of Saudi Arabia (KSA) through a comprehensive examination of Vision 2030, an ambitious economic plan by the KSA to reinvent and diversify its economy from a heavy dependence on hydrocarbon to knowledge-based resources. Research, Innovation and Entrepreneurship in Saudi Arabia: Vision 2030 discusses how this initiative will assist the government in achieving its envisioned goals by creating a culture of research, innovation and entrepreneurship. It studies the current state ofthe fieldas well as new policies and reforms in Saudi Arabia which encompass education systems, ICT infrastructure and a vibrant innovation landscape that includes academia, the public and private sectors and civil society. The authors present a number of real-life case studies as a model of inspiration for cross-sector development. The book provides a source of inspiration for other nations in studying the KSA's determined and ambitious plans as a country in a transitioning journey, from a natural resources-based economy towards a knowledge-based country with considerable diversification in all sectors. This book is a useful reference for students, researchers and policy and decision-makers in understanding Saudi innovation and the economic diversification ecosystem.
Economic development --- Entrepreneurship --- Knowledge economy --- Research and development projects --- Saudi Arabia --- Economic conditions --- Economic policy.
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Advanced commercial technologies offer new opportunities for defense applications that could greatly affect military power and metrics of military advantage. This is relevant when it comes to civilian-based technological innovations found in the emerging 'fourth industrial revolution,' such as artificial intelligence, autonomous systems, 'big data,' and quantum computing. Militaries and governments around the world are increasingly focused on how and where advanced commercial technologies, innovations, and breakthroughs could potentially create new capacities for military power, advantage, and leverage. This process of exploiting civilian-based advanced technologies is referred to as 'military-civil fusion' (MCF). This book addresses MCF not only from a conceptual and practical sense but also comparatively as it explores how four different countries - the United States, China, India, and Israel - are attempting to use MCF to support national military-technological innovation. It will interest scholars, researchers, and advanced students of military, security, and technology studies, as well as analysts and policymakers in military and defense organizations.
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