Through case studies, theoretical research and interviews with leading players in science and governance, this book introduces a new understanding of change in governance of bioscience research. In particular it examines change as it is shaped by approaches developed by Science and Technology Studies and Sociology of Scientific Knowledge theorists.

The book describes and analyses the new environment for innovation, it does this with an emphasis on yet uncharted regions within the field of practice-based innovation, coming up with guidelines for innovation policy measures needed in order to realise this. While it focuses on these policies it also takes into account multi-actor innovation processes, user-driven innovation, "related variety" and many other aspects; aspects such as, just to name a few: communicating creative processes and distributing practice-based innovation; then there is creativity itself, encompassing new fields of knowledge and expertise. The authors go on to describe value networks, showing how to make practice-based innovations, explaining innovation diffusion and absorptive capacity. The book presents new insights as well as the latest research related to the frequently used term "innovation". Definitions are put forward, giving, by way of examples, a detailed description of concepts we draw upon when using these. Innovation as a concept is constantly being subdivided into increasingly finer distinctions, which, in turn, determine the discourse. The book takes a close look at these, further taking into account the challenges as well as the opportunities inherent in developing practice-based innovation procedures and policies of global importance, never losing sight of advancing long-term effectiveness.

Economic policy debates have devoted increasing attention to the design and implementation of policies to aid the growth of high-technology firms and industries. In the United States this focus on `technology policy' has been influenced by similar debates and policy experiments in other industrial economies, notably Japan and Western Europe. The domestic U.S. debate over support for technology development and national competitiveness has been hampered by two major conceptual flaws -- the demand for immediate economic results from basic research and considering national technology policies independent of developments in the international economy. This volume addresses these deficiencies in the analysis of technology policy by examining a number of issues faced by managers and public officials in industrial and industrializing economies that are now linked closely through international flows of goods, capital, and technology. The book lays out an analytical framework for the study of national policies towards technology and science. In addition, the book addresses the complex issues raised by interdependence among the public and private institutions governing the creation, commercialization, and adoption of new technology in different national economies. Finally, the book reviews the development of two global high-technology industries: aerospace and semiconductor components.

To listen to most pundits and political writers, evolution, stem cells, and climate change are the only scientific issues worth mentioning,and the only people who are anti-science are conservatives. Yet those on the left have numerous fallacies of their own. Aversion to clean energy programs, basic biological research, and even life-saving vaccines come naturally to many progressives. These are positions supported by little more than junk-science and paranoid thinking.Now for the first time, science writers Dr. Alex B. Berezow and Hank Campbell have drawn open the curtain on the left's fear of science. As Science Left Behind reveals, vague inclinations about the wholesomeness of all things natural, the unhealthiness of the unnatural, and many other seductive fallacies have led to an epidemic of misinformation. The results: public health crises, damaging and misguided policies, and worst of all, a new culture war over basic scientific facts,in which the left is just as culpable as the right.

Universities and research institutes are increasingly expected to contribute to society by creating innovation from the returns of their research results and the establishment of new technologies. Toward that goal, Keio University in Japan held an international symposium titled Fulfilling the Promise of Technology Transfer: Fostering Innovation for the Benefit of Society. From that symposium the following contents are included in the present volume: 1) A showcase of ideas and case studies to promote future creation of innovation by universities and research institutes worldwide, including information on the R&D value chain, licensing, income generation, start-ups and mechanisms to encourage entrepreneurship, and the changing role of universities in fostering innovation. 2) Introduction of active research projects that aim to productize successful research results on an international level. For example, the book includes results of research on stem cell technologies and regenerative medicine as well as the realization and application of polymer photonics and the development of the core technology of polymer photonics. 3) Case studies from the U.K. in developing industry academia collaboration with various business partners ranging from start-ups and spinout companies to large enterprises. 4) Reports of the achievements of the technological transfer activities at Keio University supported by the 5-year public fund, with suggestions for future prospects.

Scientific research in the service of economic and social development is supported by most governments and many kinds of organizations, but decisions about the determination of priorities and the allocation of resources are always difficult. This volume, first published in 1979, contains a comprehensive and meticulous study of the factors, human as well as material, related to scientists' effectiveness in meeting research goals. An international research team, co-ordinated by Unesco, surveyed members of more than 1,200 different research groups working in a variety of disciplines in universities, government and private research institutes and industry. Systematic samples from six European countries - Austria, Belgium, Finland, Hungary, Poland and Sweden - are represented in the data. The authors' innovative conceptual approaches and techniques will be of great interest to organizational psychologists and sociologists; their substantive findings, which challenge conventional wisdom about strategies for maximizing scientific productivity, will have important implications for all those concerned with science policy planning.

At a time when scientific and technical innovation now requires a multitude of heterogeneous inputs and expertise from the public and private sectors alike, cooperative research centers (CRCs) have emerged as the predominant vehicle for cross-sector collaboration. In the U.S. alone, there are thousands of CRCs on university campuses, and agencies like the National Science Foundation, National Institutes of Health, Department of Defense, and more recently the Department of Energy fund CRCs to address some of the nation's most formidable challenges with science and technology, including cancer and other diseases, terrorism surveillance and the detection of weapons of mass destruction, and new energy technologies and smart energy grid development. Industry oftentimes participates in CRCs for access to knowledge, capacity development, and to mitigate risk. This volume includes research investigating CRCs from North America, Europe, Australia, and Asia to explore the dynamics of CRCs, including but not limited to resource allocation, structure, level of sponsorship, organization and membership, management and operations, objectives and goals, and in doing so identifies both differences and similarities across institutional and national contexts. The volume sheds light on the role of CRCs in promoting innovation, S&T policy, and economic development, and on the practical aspects of successful CRC management. Moreover, the works included in the volume consider the implications for the various stakeholder groups (firms, universities, researchers, students, policymakers) invested in CRCs.

The book examines the conditions for successful high-technology policy from theoretical and empirical perspectives. It enhances the predominant national systems of innovation approach to innovation policy with concepts based on new developments in the governance of complex systems and processes. The conceptual framework of complex networks and systems is used to examine national policy approaches in countries that have created environments conducive to high-technology industries as well as individual high-technology sectors, such as biotechnology, alternative energy, and aerospace. Theoretical and empirical contributions are synthesised into lessons for high-tech policy and further research.

This interdisciplinary collection ofessays probes the impact of the market economy on art and science in the post-Berlin Wall era.

"Part One: Science for Sale," A Dollar Green Science Scene, focuses on new alliances of contemporary science and education with commercial funding, and the commodification of knowledge. Among the questions addressed here are: Does proximity to economic power eclipse freedom of knowledge? When science and education become businesses, what are the risks for a sell-out of patented knowledge, an abuse of research for business purposes or a commercialization of symbolic power?

"Part Two: Art for Sale, Buy Buy Art," elaborates on the multifaceted and ambiguous relationship between art and capital. Contemporary art claims to be autonomous, but art costs money and artists cannot survive on their love for art alone. How do artists respond to the rise of economic strictures in modern culture in general and the art market in particular? When works of art become investments, can art still be critical of economic injustice? What role remains for the artist in a global, late-capitalist society?

"Part Two: Art for Sale, Buy Buy Art," elaborates on the multifaceted and ambiguous relationship between art and capital. Contemporary art claims to be autonomous, but art costs money and artists cannot survive on their love for art alone. How do artists respond to the rise of economic strictures in modern culture in general and the art market in particular? When works of art become investments, can art still be critical of economic injustice? What role remains for the artist in a global, late-capitalist society?

"Part Two: Art for Sale, Buy Buy Art," elaborates on the multifaceted and ambiguous relationship between art and capital. Contemporary art claims to be autonomous, but art costs money and artists cannot survive on their love for art alone. How do artists respond to the rise of economic strictures in modern culture in general and the art market in particular? When works of art become investments, can art still be critical of economic injustice? What role remains for the artist in a global, late-capitalist society?

Part Two: Art for Sale, Buy Buy Art, elaborates on the multifaceted and ambiguous relationship between art and capital. Contemporary art claims to be autonomous, but art costs money and artists cannot survive on their love for art alone. How do artists respond to the rise of economic strictures in modern culture in general and the art market in particular? When works of art become investments, can art still be critical of economic injustice? What role remains for the artist in a global, late-capitalist society?

"Part Two: Art for Sale, Buy Buy Art," elaborates on the multifaceted and ambiguous relationship between art and capital. Contemporary art claims to be autonomous, but art costs money and artists cannot survive on their love for art alone. How do artists respond to the rise of economic strictures in modern culture in general and the art market in particular? When works of art become investments, can art still be critical of economic injustice? What role remains for the artist in a global, late-capitalist society?

"Part Two: Art for Sale, Buy Buy Art," elaborates on the multifaceted and ambiguous relationship between art and capital. Contemporary art claims to be autonomous, but art costs money and artists cannot survive on their love for art alone. How do artists respond to the rise of economic strictures in modern culture in general and the art market in particular? When works of art become investments, can art still be critical of economic injustice? What role remains for the artist in a global, late-capitalist society?

"Part Two: Art for Sale, Buy Buy Art," elaborates on the multifaceted and ambiguous relationship between art and capital. Contemporary art claims to be autonomous, but art costs money and artists cannot survive on their love for art alone. How do artists respond to the rise of economic strictures in modern culture in general and the art market in particular? When works of art become investments, can art still be critical of economic injustice? What role remains for the artist in a global, late-capitalist society?

Part Two: Art for Sale, Buy Buy Art, elaborates on the multifaceted and ambiguous relationship between art and capital. Contemporary art claims to be autonomous, but art costs money and artists cannot survive on their love for art alone. How do artists respond to the rise of economic strictures in modern culture in general and the art market in particular? When works of art become investments, can art still be critical of economic injustice? What role remains for the artist in a global, late-capitalist society?

"Part Two: Art for Sale, Buy Buy Art," elaborates on the multifaceted and ambiguous relationship between art and capital. Contemporary art claims to be autonomous, but art costs money and artists cannot survive on their love for art alone. How do artists respond to the rise of economic strictures in modern culture in general and the art market in particular? When works of art become investments, can art still be critical of economic injustice? What role remains for the artist in a global, late-capitalist society?

"Part Two: Art for Sale, Buy Buy Art," elaborates on the multifaceted and ambiguous relationship between art and capital. Contemporary art claims to be autonomous, but art costs money and artists cannot survive on their love for art alone. How do artists respond to the rise of economic strictures in modern culture in general and the art market in particular? When works of art become investments, can art still be critical of economic injustice? What role remains for the artist in a global, late-capitalist society?

"Part Two: Art for Sale, Buy Buy Art," elaborates on the multifaceted and ambiguous relationship between art and capital. Contemporary art claims to be autonomous, but

This book re-examines the rationale for public policy, concluding that the prevailing 'public knowledge' model is evolving towards a networked or distributed model of knowledge production and use in which public and private institutions play complementary roles. It provides a set of tools and models to assess the impact of the new network model of funding and governance, and argues that governments need to adapt their funding and administrative priorities and procedures to support the emergence and healthy growth of research networks. The book goes on to explain that interdependencies and complementarities in the production and distribution of knowledge require a new and more contextual, flexible and complex approach to government funding, monitoring and assessment. The chapters in this book issue a series of challenges to the next generation of science and technology policy. The need for new systems of governance in science and innovation make a single, all encompassing rationale for public funding unnecessary and irrelevant. The new policy questions that matter concern the means and mechanisms for intervention - the use of policy to harness, support and expand the interaction and dynamism of research networks composed of public and private actors.

At a time when climate-change deniers hold the reins of power in the United States and international greenhouse gas negotiations continue at a slow crawl, what options are available to cities, companies, and consumers around the world who seek a cleaner future? Scott Victor Valentine, Marilyn A. Brown, and Benjamin K. Sovacool explore developments and strategies that will help fast-track the transition to renewable energy. They provide an expert analysis of the achievable steps that citizens, organizational leaders, and policy makers can take to put their commitments to sustainability into practice. Empowering the Great Energy Transition examines trends that suggest a transition away from carbon-intensive energy sources is inevitable-there are too many forces for change at work to stop a shift to clean energy. Yet under the status quo, change will be too slow to avert the worst consequences of climate change. Humanity is on a path to incur avoidable social, environmental, and economic costs. Valentine, Brown, and Sovacool argue that new policies and business models are needed to surmount the hurdles separating the current consumption model from a sustainable energy future. Empowering the Great Energy Transition shows that with well-placed efforts, we can set humanity on a course that supports entrepreneurs and communities in mitigating the environmental harm caused by technologies whose time has come and gone.

The importance of technology transfer to innovation and wealth creation is now recog nised by most governments. As the policy debate has intensified, however, it has become clear that the problem of encouraging successful transfer is complex, and requires an interdisciplinary approach. The collection of papers in this volume is deliberately diverse. It offers perspectives from economics, sociology, science, engineering and public administration, and also from outside academic life, from those involved at the 'sharp end' of technology licensing and administering government research programmes. Contributions are also drawn from a rangeofnational backgrounds-the authors are drawn from ten countries, from through out Europe and North America. The main focus for the papers was a NATOAdvanced Study Workshop, which took place at the National Institute ofEconomic and Social Research, London, in September 1995. Unfortunately time and space has prevented all of the contributions appearing here, but all those who attended played an important role in making the event such a success. Thanks are also due to Dr Alain Jubier and his colleagues at NATO, without whose support and advice the seminarcould not have take place, to my fellow organising committee members Dr Katalin Balazs, Dr Linda Parker and Professor Steve Woolgar, and to Monica Miglior who, in addition to assisting in the conference organisation, pro vided detailed notes on sessions which helped greatly in later analysis."

In Longshot, investigative journalist David Heath takes readers inside the small group of scientists whose groundbreaking work was once largely dismissed but whose feat will now eclipse the importance of Jonas Salk's polio vaccine in medical history. With never-before-reported details, Heath reveals how these scientists overcame countless obstacles to give the world an unprecedented head start when we needed a COVID-19 vaccine. The story really begins in the 1990s, with a series of discoveries that were timed perfectly to prepare us for the worst pandemic since 1918. Readers will meet Katalin Kariko, who made it possible to use messenger RNA in vaccines but struggled for years just to hang on to her job. There's also Derrick Rossi, who leveraged Kariko's work to found Moderna but was eventually expelled from his company. And then there's Barney Graham at the National Institutes of Health, who had a career-long obsession with solving the riddle of why two toddlers died in a vaccine trial in 1966, a tragedy that ultimately led to a critical breakthrough in vaccine science. With both foresight and luck, Graham and these other crucial scientists set the course for a coronavirus vaccine years before COVID-19 emerged in Wuhan, China. The author draws on hundreds of hours of interviews with key players to tell the definitive story about how the race to create the vaccine sparked a revolution in medical science.

Paul Chapin's guide to writing proposals for scientific research can be used by scientists in any discipline who submit papers to funding agencies to gain support for their research projects. A longtime program officer at the National Science Foundation, Chapin treats the proposal as one part of a larger process of planning a research project, which makes it easier to write and more likely to be effective. The book differs from other guides by treating proposal writing in the larger context of project planning from an insider's perspective. Paul G. Chapin became the first director of the NSF Linguistics Program when it was established in October 1975. He continued as NSF's Program Director for Linguistics until 1999, with three interruptions: one year serving as Deputy Division Director for Behavioral and Neural Sciences, one year's detail as a staff associate to the head of the Office of Information Systems, and a year's sabbatical leave to study mathematics at George Washington University. From 1999 until his retirement in 2001, Chapin served as a senior program officer for cross-disciplinary activities at the NSF. On the occasion of his retirement, the NSF presented him with the Director's Superior Accomplishment Award, and the Linguistic Society of America awarded him the first annual Victoria A. Fromkin Award for Distinguished Service to the Profession.

What will the future be? A dystopian landscape controlled by machines or a brave new world full of possibilities? Perhaps the answer lies with Artificial Intelligence (AI)-a phenomenon much beyond technology that has, continues to, and will shape lives in ways we do not understand yet. This book traces the evolution of AI in contemporary history. It analyses how AI is primarily being driven by "capital" as the only "factor of production" and its consequences for the global political economy. It further explores the dystopian prospect of mass unemployment by AI and takes up the ethical aspects of AI and its possible use in undermining natural and fundamental rights. A tract for the times, this volume will be a major intervention in an area that is heavily debated but rarely understood. It will be essential reading for researchers and students of digital humanities, politics, economics, science and technology studies, physics, and computer science. It will also be key reading for policy makers, cyber experts and bureaucrats.

What will the future be? A dystopian landscape controlled by machines or a brave new world full of possibilities? Perhaps the answer lies with Artificial Intelligence (AI)-a phenomenon much beyond technology that has, continues to, and will shape lives in ways we do not understand yet. This book traces the evolution of AI in contemporary history. It analyses how AI is primarily being driven by "capital" as the only "factor of production" and its consequences for the global political economy. It further explores the dystopian prospect of mass unemployment by AI and takes up the ethical aspects of AI and its possible use in undermining natural and fundamental rights. A tract for the times, this volume will be a major intervention in an area that is heavily debated but rarely understood. It will be essential reading for researchers and students of digital humanities, politics, economics, science and technology studies, physics, and computer science. It will also be key reading for policy makers, cyber experts and bureaucrats.

Innovation is critically important for countries seeking to maintain or improve their competitive advantage in the global economy. This book addresses the major current policy debates in science, technology and innovation focusing mainly on Europe but also including comparisons with other countries around the world.The R&D policies of five European countries - the UK, The Netherlands, France, Finland and Germany - are examined to understand national innovation systems and public policies, the determination of R&D spending priorities, research responsibilities and the allocation of funds. The authors combine interviews with senior civil servants, analyses of government publications and various government statistics on R&D performance. They consider national debates on science, technology and innovation policies within the wider context of the overarching political and administrative culture, and relate actual innovation and research policies to structural and institutional features of national economies. This book will be warmly welcomed by scholars and all those in decision making positions in government and non-governmental institutions on research, innovation and technology.

The world today is drowning in data. There is a treasure trove of valuable and underutilized insights that can be gleaned from information companies and people leave behind on the internet - our 'digital breadcrumbs' - from job postings, to online news, social media, online ad spend and more. As a result, we're at the cusp of a major shift in the way businesses are managed and governed - moving from a focus solely on lagging, internal data, toward analyses that also encompass industry-wide, external data to paint a more complete picture of a brand's opportunities and threats and uncover forward-looking insights, in real time. Tomorrow's most successful brands are already embracing Outside Insight, benefitting from an information advantage while their competition is left behind. Drawing on practical examples of transformative, data-led decisions made by brands like Apple, Facebook, Barack Obama and many more, in Outside Insight, Meltwater CEO Jorn Lyseggen illustrates the future of corporate decision-making and offers a detailed plan for business leaders to implement Outside Insight thinking into their company mindset and processes.

This book argues that a New Deal for research in Europe is needed. This New Deal would involve the mobilisation of policy actors across all levels--regional, national and European--and their commitment to develop a more effective research system based on actions where they have the greatest impact. The book presents, from a viewpoint inside the European Commission, the nuts and bolts of how EU research policy is actually designed. It also provides a comprehensive analysis, on the basis of factual evidence, not only of the positive impacts of European research, but of the various criticisms that have been made of the Framework Programme.

Since the 1950s, the federal government has relied on the peer review system for funding academic science. Peer review, however, is under attack for being a biased system that helps rich research universities get richer. As a remedy for these biases, university presidents and members of Congress have turned to the earmarking of science projects and facilities in the federal budget. Funding Science in America explores both the pros and the cons of the academic earmarking issue and explains why this issue has caused a rift within the nation's science community.

This book defines what IoT Systems manageability looks like and what the associated resources and costs are of that manageability. It identifies IoT Systems performance expectations and addresses the difficult challenges of determining actual costs of IoT Systems implementation, operation, and management across multiple institutional organizations. It details the unique challenges that cities and institutions have in implementing and operating IoT Systems.

In a frank, edgy and entertaining style that pulls no punches this book reveals the truth about modern biology and debunks the commonest myths surrounding some of the most controversial topics in science and health. It says what most scientists and politicians are afraid to say about what research can and, perhaps more importantly, cannot deliver on topics ranging from sexuality, race and genetic modification to stem cells, cloning, modern medicine, fertility treatment, creationism and bioterrorism.
Having worked at the heart of government science, at the most prestigious science publishing company in the world, and in one of the world's leading biology institutions the author has a unique view of the politics, culture and reach of science. He illustrates how we are facing dangerous times where political agendas and public misunderstanding are hobbling truly novel work and hence calls for wide reaching changes in science education, funding, publishing and promulgation.

Since the 1950s, the federal government has relied on the peer review system for funding academic science. Peer review, however, is under attack for being a biased system that helps rich research universities get richer. As a remedy for these biases, university presidents and members of Congress have turned to the earmarking of science projects and facilities in the federal budget. Funding Science in America explores both the pros and the cons of the academic earmarking issue and explains why this issue has caused a rift within the nation's science community.

This book offers a social, political, and aesthetic critique of transhumanism and of the accelerating growth of scientific knowledge generally. Rather than improving our lives, science and technology today increasingly leave us debilitated and infantilized. It is time to restrain the runaway ambitions of technoscientific knowledge. The transhumanist goal of human enhancement encapsulates a range of dangerous social pathologies. Like transhumanism itself, these pathologies are rooted in, or in reaction to, the ethos of 'more'. It's a cultural love affair with excess, which is prompted by the libertarian standards of our cultural productions. But the attempt to live at the speed of an electron is destined for failure. In response, the author offers a naturalistic account of human flourishing where we attend to the natural rhythms of life. The interdisciplinary orientation of Transhumanism, Nature, and the Ends of Science makes it relevant to scholars and students across a wide range of disciplines, including social and political philosophy, philosophy of technology, science and technology studies, environmental studies, and public policy.

Science is increasingly defined by multidimensional collaborative networks. Despite the unprecedented growth of scientific collaboration around the globe - the collaborative turn - geography still matters for the cognitive enterprise. This book explores how geography conditions scientific collaboration and how collaboration affects the spatiality of science. This book offers a complex analysis of the spatial aspects of scientific collaboration, addressing the topic at a number of levels: individual, organizational, urban, regional, national, and international. Spatial patterns of scientific collaboration are analysed along with their determinants and consequences. By combining a vast array of approaches, concepts, and methodologies, the volume offers a comprehensive theoretical framework for the geography of scientific collaboration. The examples of scientific collaboration policy discussed in the book are taken from the European Union, the United States, and China. Through a number of case studies the authors analyse the background, development and evaluation of these policies. This book will be of interest to researchers in diverse disciplines such as regional studies, scientometrics, R&D policy, socio-economic geography and network analysis. It will also be of interest to policymakers, and to managers of research organisations. The Open Access version of this book, available at http://www.taylorfrancis.com, has been made available under a Creative Commons Attribution-Non Commercial-No Derivatives 4.0 license.