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Critically assessing growth-based models of innovation policy, this enlightening study sparks new debate on the role and nature of responsible innovation. Drawing on insights from economics, politics, and science and technology studies, it proposes the concept of 'responsible stagnation' as an expansion of present discussions about growth, degrowth, responsibility and innovation within planetary limitations. This important intervention explores real-world relationships between the political economy, innovation policy and concepts of responsibility, and will be an invaluable resource for individuals and civil society organizations who seek to promote responsible innovation.
The goal of technology assessment (TA) is to lend support to society and policy making by promoting understanding of the problems related to the grand sociotechnical challenges of our time, as well as to assess the available options for managing them. Researchers from Japan and Europe reflected together in this book on country-specific developments to identify the conditions that must be present to anchor TA in science, politics, and society. This book helps us to learn about different cultures.
Welcome to the ?rst volume of the Yearbook of Nanotechnology in Society! Nanotechnology, hailed as “the next industrial revolution” (NSTC 2000) and c- tiqued for being little more than “hype” (Berube 2006), is the site of a great deal of social and intellectual contest. With some ten billion dollars being spent worldwide on nanotechnology research and development annually and a market forecast of trillions of dollars in sales in the medium-term future (Lux Research 2006), nations and ?rms are pursuing nano-related goals with high levels of both effort and - pectations. Yet according to the Woodrow Wilson International Center’s web-based Nanotechnology Consumer Products Inventory, m...
This Handbook provides a comprehensive overview of technology assessment (TA) practices, theories, methods and cultures across the globe. Highlighting the significant influence of rapidly changing technology on human life and development, it examines diverse perspectives on how TA can be developed to better meet the challenges of the future. This title contains one or more Open Access chapters.
An exploration of science and technology studies in eight different places, and the possibilities that arise for observation, intervention, and collaboration. Where does science and technology studies (STS) belong? In A Place for Science and Technology Studies, Jane Calvert takes readers through eight different rooms—the laboratory, the conference room, the classroom, the coffee room, the art studio, the bioethics building, the policy room, and the ivory tower—investigating the possibilities and limitations of each for STS research. Drawing from over a decade of work in synthetic biology, Calvert explores three different orientations for STS—observation, intervention, and collaboration—to ask whether there is a place for STS, which, as an undisciplined field, often finds itself on the periphery of traditional institutions or dependent on more generously funded STEM disciplines. Using examples of failures and successes and tackling enduring concerns about the relations between social scientific researchers and their fields of study, Calvert argues for an approach to STS that is collaborative yet allows for autonomy.
This book claims that artificial intelligence (AI) may affect our freedom at work, in our daily life, and in the political sphere. The author provides a philosophical framework to help make sense of and govern the ethical and political impact of AI in these domains. AI presents great opportunities and risks, raising the question of how to reap its potential benefits without endangering basic human and societal values. The author identifies three major risks for human freedom. First, AI offers employers new forms of control of the workforce, opening the door to new forms of domination and exploitation. Second, it may reduce our capacity to remain in control of and responsible for our decision...
The scientific and technological upheavals of the 20th Century and the questions and difficulties that went along with them (climate change, nuclear energy, GMO, etc.) have increased the necessity of thinking about and formalizing technoscientific progress and its consequences. Expert evaluations and ethics committees today cannot be the only legitimate sources for understanding the social acceptability and desirability of this progress. Responsibility must be shared out on a wider scale, as much in society as in the process of research and innovation projects. This book presents the main works of Responsible Research and Innovation (RRI) from a moral responsibility point of view, for which ...
‘Citizen sensing’, the practice in which grassroots actors use sensor technology for environmental monitoring, is increasingly entering the debate around environmental risk governance. This groundbreaking book explores the potential for citizen sensing to concretely influence the governance of environmental risks to public health by shaping policy responses implemented by competent institutions.
An examination of nanotechnology as a lens through which to study contemporary democracy in both theory and practice. In Democratic Experiments, Brice Laurent discusses the challenges that emerging technologies create for democracy today. He focuses on nanotechnology and its attendant problems, proposing nanotechnology as a lens through which to understand contemporary democracy in both theory and practice. Arguing that democracy is at stake where nanotechnology is defined as a problem, Laurent examines the sites where nanotechnology is discussed and debated by scientists, policymakers, and citizens. It is at these sites where the joint production of nanotechnology and the democratic order c...
The Microbiology of Nuclear Waste Disposal is a state-of-the-art reference featuring contributions focusing on the impact of microbes on the safe long-term disposal of nuclear waste. This book is the first to cover this important emerging topic, and is written for a wide audience encompassing regulators, implementers, academics, and other stakeholders. The book is also of interest to those working on the wider exploitation of the subsurface, such as bioremediation, carbon capture and storage, geothermal energy, and water quality. Planning for suitable facilities in the U.S., Europe, and Asia has been based mainly on knowledge from the geological and physical sciences. However, recent studies...