"Made me look at the industrial revolution, invention, sleeping beauties, contexts and the forces that shape our societies differently."—David Byrne, New York Times Book Review How the history of technological revolutions can help us better understand economic and political polarization in the age of automation From the Industrial Revolution to the age of artificial intelligence, The Technology Trap takes a sweeping look at the history of technological progress and how it has radically shifted the distribution of economic and political power among society’s members. As Carl Benedikt Frey shows, the Industrial Revolution created unprecedented wealth and prosperity over the long run, but the immediate consequences of mechanization were devastating for large swaths of the population. Middle-income jobs withered, wages stagnated, the labor share of income fell, profits surged, and economic inequality skyrocketed. These trends, Frey documents, broadly mirror those in our current age of automation, which began with the Computer Revolution. Just as the Industrial Revolution eventually brought about extraordinary benefits for society, artificial intelligence systems have the potential to do the same. But Frey argues that this depends on how the short term is managed. In the nineteenth century, workers violently expressed their concerns over machines taking their jobs. The Luddite uprisings joined a long wave of machinery riots that swept across Europe and China. Today’s despairing middle class has not resorted to physical force, but their frustration has led to rising populism and the increasing fragmentation of society. As middle-class jobs continue to come under pressure, there’s no assurance that positive attitudes to technology will persist. The Industrial Revolution was a defining moment in history, but few grasped its enormous consequences at the time. The Technology Trap demonstrates that in the midst of another technological revolution, the lessons of the past can help us to more effectively face the present.

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."

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.

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.

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.

The way science is done has changed radically in recent years. Scientific research and institutions, which have long been characterized by passion, dedication and reliability, have increasingly less capacity for more ethical pursuits, and are pressed by hard market laws. From the vocation of a few, science has become the profession of many - possibly too many. These trends come with consequences and risks, such as the rise in fraud, plagiarism, and in particular the sheer volume of scientific publications, often of little relevance. The solution? A slow approach with more emphasis on quality rather than quantity that will help us to rediscover the essential role of the responsible scientist. This work is a critical review and assessment of present-day policies and behavior in scientific production and publication. It touches on the tumultuous growth of scientific journals, in parallel with the growth of self-declared scientists over the world. The author's own reflections and experiences help us to understand the mechanisms of contemporary science. Along with personal reminiscences of times past, the author investigates the loopholes and hoaxes of pretend journals and nonexistent congresses, so common today in the scientific arena. The book also discusses the problems of bibliometric indices, which have resulted in large part from the above distortions of scientific life.

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 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.

This book offers a guideline for "Technology Audit" exercises for the transforming innovation systems of Central and Eastern European Countries (CEECs). Further more, the book presents the results of an exemplary application of this guideline in the field of biotechnology in Hungary. The authors - a group of innovation re searchers of the Fraunhofer Institute for Systems and Innovation Research (lSI), Germany, and of the Innovation Research Centre (IKU), Hungary - provide a sound concept for the identification of technological strengths and weaknesses of the CEECs' industrially oriented research systems as a basis for the design of advanced innovation policies. After the Organisation for Economic Co-operation and Development (OECD) had proposed a "Technology Audit" of Hungary in 1993, a pilot audit was carried out under their auspices. In parallel, the German Federal Ministry of Education, Sci ence, Research and Technology (BMFT) put forward the idea of developing the audit concept further in order to make it applicable also in other Central and Eastern European Countries. They asked lSI to utilise the running OECD audits as a learn ing source and to work out a comprehensive audit approach."

Does government funding of science promote economic and cultural growth? This question has come to dominate political and academic thought. The evidence seems mixed: Japan flourishes economically neglecting science while the USSR and India, who actively promoted government-funded science, have declined.;The purpose of this text is to assess the myth that government-funded science works economically. Supported by historical argument and international contemporary comparison, it argues that the free market approach rather that of state funding has proved by far the most successful in stimulating science and innovation.

This volume examines the progress of sub-Saharan African countries in advancing science and technology in the context of the structural adjustment programmes they have undertaken. It looks at the pursuit of science and technology both before and after structural adjustment programmes have been attempted in Ghana, Kenya, Tanzania and Uganda. The efficiency with which the research and development has been carried out, the transferability of scientific and technical resources from one activity to another and the directions in which advances are channelled are discussed, and the institutions engaged in providing resources are identified as well as the rates at which resources are allocated. Finally, the book examines how much resources are devoted to science and technology and with what objectives.

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 education division is a prominent part of the public health profession. It focuses on educating individuals and communities to promote health and prevent disease. The educators are drawn from a diverse range of disciplines and defined as professionally prepared individuals who serve in a variety of roles using appropriate educational strategies and methods to facilitate the development of policies, procedures, interventions, and systems conducive to the health of individuals.This unique volume in the Global Science Education Series describes some of the challenges faced by this profession in helping the audience to understand public health and solve health issues. Key Features: Aids researchers in designing an evaluation study in CPE for health professions and related fields Presents data on how public health practice comprises of individuals working together toward promoting population health Covers continuing professional education in the US and how it can be adopted globally Discusses the Kirkpatrick's four-level evaluation model at length Demonstrates how questionnaires are preferable in evaluating CPE programs due to their cost effectiveness and being user friendly

In the midst of several large cyberattacks in 2017, the European Commission adopted its multi-sector cybersecurity package in September of that same year. Whereas this initiative can be expected to contribute to strengthening the cyber-resilience and response of EU financial firms, several policy issues and unanswered questions remain. In order to analyse the issues that are considered to be relevant to financial fields (retail banking, corporate banking, capital markets, financial infrastructure and insurance), CEPS-ECRI organised a Task Force between September 2017 and May 2018 with a group of experts from the financial industry, tech industry, national supervisors and European institutions, as well from a consumer association and a law firm. In this book, based on the Final Report, the Task Force members identify nine policy issues that need to be further addressed in order to bolster the financial industry's cyber-resilience against current and future threats.

"Surging sea levels are inundating the coasts." "Hurricanes and tornadoes are becoming fiercer and more frequent." "Climate change will be an economic disaster." You've heard all this presented as fact. But according to science, all of these statements are profoundly misleading. When it comes to climate change, the media, politicians, and other prominent voices have declared that "the science is settled." In reality, the long game of telephone from research to reports to the popular media is corrupted by misunderstanding and misinformation. Core questions-about the way the climate is responding to our influence, and what the impacts will be-remain largely unanswered. The climate is changing, but the why and how aren't as clear as you've probably been led to believe. Now, one of America's most distinguished scientists is clearing away the fog to explain what science really says (and doesn't say) about our changing climate. In Unsettled: What Climate Science Tells Us, What It Doesn't, and Why It Matters, Steven Koonin draws upon his decades of experience-including as a top science advisor to the Obama administration-to provide up-to-date insights and expert perspective free from political agendas. Fascinating, clear-headed, and full of surprises, this book gives readers the tools to both understand the climate issue and be savvier consumers of science media in general. Koonin takes readers behind the headlines to the more nuanced science itself, showing us where it comes from and guiding us through the implications of the evidence. He dispels popular myths and unveils little-known truths: despite a dramatic rise in greenhouse gas emissions, global temperatures actually decreased from 1940 to 1970. What's more, the models we use to predict the future aren't able to accurately describe the climate of the past, suggesting they are deeply flawed. Koonin also tackles society's response to a changing climate, using data-driven analysis to explain why many proposed "solutions" would be ineffective, and discussing how alternatives like adaptation and, if necessary, geoengineering will ensure humanity continues to prosper. Unsettled is a reality check buoyed by hope, offering the truth about climate science that you aren't getting elsewhere-what we know, what we don't, and what it all means for our future.

Despite the global spread of nuclear hardware and knowledge, at least half of the nuclear weapons projects launched since 1970 have definitively failed, and even the successful projects have generally needed far more time than expected. To explain this puzzling slowdown in proliferation, Jacques E. C. Hymans focuses on the relations between politicians and scientific and technical workers in developing countries. By undermining the workers' spirit of professionalism, developing country rulers unintentionally thwart their own nuclear ambitions. Combining rich theoretical analysis, in-depth historical case studies of Iraq, China, Yugoslavia and Argentina and insightful analyses of current-day proliferant states, Achieving Nuclear Ambitions develops a powerful new perspective that effectively counters the widespread fears of a coming cascade of new nuclear powers.

A Los Angeles Times Book Prize Finalist Most of us learn about science from media coverage, and anyone seeking factual information on climate change, vaccine safety, genetically modified foods, or the dangers of peanut allergies has to sift through an avalanche of bogus assertions, misinformation, and carefully packaged spin. Cornelia Dean draws on thirty years of experience as a science reporter at the New York Times to expose the tricks that handicap readers with little background in science. She reveals how activists, business spokespersons, religious leaders, and talk show hosts influence the way science is reported and describes the conflicts of interest that color research. At a time when facts are under daily assault, Making Sense of Science seeks to equip nonscientists with a set of critical tools to evaluate the claims and controversies that shape our lives. "Making Sense of Science explains how to decide who is an expert, how to understand data, what you need to do to read science and figure out whether someone is lying to you... If science leaves you with a headache trying to figure out what's true, what it all means and who to trust, Dean's book is a great place to start." -Casper Star-Tribune "Fascinating... Its mission is to help nonscientists evaluate scientific claims, with much attention paid to studies related to health." -Seattle Times "This engaging book offers non-scientists the tools to connect with and evaluate science, and for scientists it is a timely call to action for effective communication." -Times Higher Education

Moving People and Knowledge provides a fresh examination of the processes of highly skilled science migration. Focusing on intra-European mobility and, in particular, on the new dynamics of East-West migration, the authors investigate the movement of Polish and Bulgarian researchers to and from the UK and Germany. Key questions include: who is moving, how long for, and why? In addressing the motivations and experiences of mobile scientists and their families, insights into professional and personal motivations are provided, demonstrating how relationships, networks and infrastructures shape decision-making. This book provides a useful perspective on the implications of increasing researcher mobility - for both sending and receiving regions and the individuals concerned - which is necessary for the construction of future policies on sustainable scientific development. This empirical account provides a nuanced analysis of the duration and flow of scientific mobility showing the prevalence of repeat and shuttle moves in science careers. It will be of particular interest to researchers in European social policy, migration studies and EU law, as well as policymakers in the field of highly skilled migration - especially those working on the free movement of persons provisions and the European Research Area and European Area of Higher Education.

Managing Digital Governance provides public administrators with a comprehensive, integrated framework and specific techniques for making the most of digital innovation to advance public values. The book focuses on the core issues that public administrators face when using information and communication technologies (ICTs) to produce and deliver public service, and to facilitate democratic governance, including efficiency, effectiveness, transparency, and accountability. Offering insight into effectively managing growing complexity and fragmentation in digital technology, this book provides practical management strategies to address external and internal challenges of digital governance. External challenges include digital inclusiveness, open government, and citizen-centric government; internal ones include information and knowledge management, risk management for digital security and privacy, and performance management of information technologies. Unique in its firm grounding in public administration and management literature and its synergistic combination of theory and practice, Managing Digital Governance identifies future trends and ways to develop corresponding capacity while offering enduring lessons and time-tested digital governance management strategies. This book will serve as an invaluable resource for students, scholars, and practitioners in public administration, management, and governance who aspire to become leaders equipped to leverage digital technologies to advance public governance.

This compact and innovative book tackles one of the central issues in drug policy: the lack of a coherent conceptual structure for thinking about drugs. Drugs generally fall into one of seven categories: prescription, over the counter, alternative medicine, common-use drugs like alcohol, tobacco and caffeine; religious-use, sports enhancement; and of course illegal street drugs like cocaine and marijuana. Our thinking and policies varies wildly from one to the other, with inconsistencies that derive more from cultural and social values than from medical or scientific facts. Penalties exist for steroid use, while herbal remedies or cold medication are legal. Native Americans may legally use peyote, but others may not. Penalties may vary for using different forms of the same drug, such as crack vs. powder cocaine. Herbal remedies are unregulated by the FDA; but medical marijuana is illegal in most states.
Battin and her contributors lay a foundation for a wiser drug policy by promoting consistency and coherency in the discussion of drug issues and by encouraging a unique dialogue across disciplines. The contributors are an interdisciplinary group of scholars mostly based at the University of Utah, and include a pharmacologist, a psychiatrist, a toxicologist, a trial court judge, a law professor, an attorney, a diatary specialist, a physician, a health expert on substance abuse, and Battin herself who is a philosopher. They consider questions like the historical development of current policy and the rationales for it; scientific views on how drugs actually cause harm; how to define the key notions of harm and addiction; and ways in which drug policy can be made more consistent. Theyconclude with an examination of the implications of a consistent policy for various disciplines and society generally.
The book is written accessibly with little need for expert knowledge, and will appeal to a diverse audience of philosophers, bioethicists, clinicians, policy makers, law enforcement, legal scholars and practitioners, social workers, and general readers, as well as to students in areas like pharmacy, medicine, law, nursing, sociology, social work, psychology, and bioethics.

For decades, experts and the public have been at odds over the nature and magnitude of risks and how they should be mitigated through policy. Experts argue that the fears of the public are irrational, and that public policy should be based on sound science. The public, on the other hand, is skeptical of experts, and believe policy should represent their interests. How do policy analysts make sense of these competing views? Science, Risk and Policy answers this question by examining how people evaluate evidence, how science is conducted, and how a multi-disciplinary framework to risk can inform policy by bridging the gap between experts and the public. This framework is then applied to four case studies: pesticides, genetically engineered foods, climate change, and nuclear power. By tracing the history of the science, policies and regulations, and evaluating arguments made about these risks, Andrew J. Knight provides a guide to understand how experts and the public view risks.

The growing scientific research output from Asia has been making headlines since the start of the twenty-first century. But behind this science story, there is a migration story. The elite scientists who are pursuing cutting-edge research in Asia are rarely 'homegrown' talent but were typically born in Asia, trained in the West, and then returned to work in Asia. Asian Scientists on the Move explores why more and more Asian scientists are choosing to return to Asia, and what happens after their return, when these scientists set up labs in Asia and start training the next generation of Asian scientists. Drawing on evocative firsthand accounts from 119 Western-trained Asian scientists about their migration decisions and experiences, and in-depth analysis of the scientific field in four country case studies - China, India, Singapore and Taiwan - the book reveals the growing complexity of the Asian scientist migration system.