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This book is a collection of works regarding the interactions of science, technology, and society.
This book charts the development of nanotechnology in relation to society from the early years of the twenty-first century. It offers a sustained analysis of the life of nanotechnology, from the laboratory to society, from scientific promises to societal governance, and attempts to modulate developments.
These workshop proceedings examine the contribution of the social sciences to improving our understanding of social and technological innovation processes, to overcoming barriers to innovation, and how innovation can improve social science.
This is an open access title available under the terms of a CC BY-NC-ND 4.0 License. It is free to read, download and share on Elgaronline thanks to generous funding support from The Swedish Governmental Agency For Innovation Systems, Vinnova. This timely book expertly examines ongoing pressing issues in the modern world namely, an unstable economic climate, political turmoil and the environmental crisis. It takes a unique look at how science, technology and innovation could contribute towards the creation of a smarter and more resilient society by allowing more inclusive approaches into how science is integrated.
This book deals with the issue of sustainable development in a novel and innovative way. It examines the governance implications of reflexive modernisation - the condition that societal development is endangered by its own side-effects. With conceptualising reflexive governance the book leads a way out of endless quarrels about the definition of sustainability and into a new mode of collective action.
Longer-term developments shape the present and endogenous futures of institutions and practices of science and technology in society and their governance. Understanding the patterns allows diagnosis and soft intervention, often linked to scenario exercises. The book collects six articles offering key examples of this perspective, addressing ongoing issues in the governance of science and technology, including nanotechnology and responsible research and innovation. And adds two more articles that address background philosophical issues.
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...
What is to be done with politicl ecology? Qhy political ecology has to let go of nature; How to bring the collective together; A new separation of power; Skills for the collective; Exploring common worlds; What is to be done? political ecology.
This book elucidates what it means to transition to alternative sources of energy and discusses the potential for this energy transition to be a more democratic process. The book dynamically describes a recent sociotechnical study of a number of energy transitions occurring in several countries - France, Germany and Tunisia, and involving different energy technologies - including solar, on/off-shore wind, smart grids, biomass, low-energy buildings, and carbon capture and storage. Drawing on a pragmatist tradition of social inquiry, the authors examine the consequences of energy transition processes for the actors and entities that are affected by them, as well as the spaces for political participation they offer. This critical inquiry is organised according to foundational categories that have defined the energy transition - ‘renewable’ energy resources, markets, economic instruments, technological demonstration, spatiality (‘scale’) and temporality (‘horizon(s)’). Using a set of select case studies, this book systematically investigates the role these categories play in the current developments in energy transitions.