New and Emerging Science and Technology (NEST) based innovations, e.g. in the field of Life Sciences or Nanotechnology, frequently raise societal and political concerns. To address these concerns NEST researchers are expected to deploy socially responsible R&D practices. This requires researchers to integrate social and ethicalaspects (SEAs) in their daily work. Many methods can facilitate such integration. Still, why and how researchers should and could use SEAs remains largely unclear. In this paper we aim to relate (...) motivations for NEST researchers to include SEAs in their work, and the requirements to establish such integration from their perspectives, to existing approaches that can be used to establish integration of SEAs in the daily work of these NEST researchers. Based on our analyses, we argue that for the successful integration of SEAs in R&D practice, collaborative approaches between researchers and scholars from the social sciences and humanities seem the most successful. The only way to explore whether that is in fact the case, is by embarking on collaborative research endeavours. (shrink)
During the past decade scientists, public policy analysts, politicians, and laypeople, have become increasingly aware of the importance of ethical conduct in scientific research. In this timely book, David B. Resnik introduces the reader to the ethical dilemmas and questions that arise in scientific research. Some of the issues addressed in the book include ethical decision-making, the goals and methods of science, and misconduct in science. The Ethics of Science also discusses significant case studies (...) such as human and animal cloning, the Challenger accident and Tobacco research. This is essential reading for anyone who wishes to understand the importance of ethics in science. (shrink)
A history of the Atomic Bomb from Marie Curie to Hiroshima. “I am become Death, the destroyer of worlds” — Oppenheimer quoting the Bhagavad Gita after witnessing the successful demonstration of the atom bomb. The bomb, which killed an estimated 140,000 civilians in Hiroshima and destroyed the countryside for miles around, was one of the defining moments in world history. That mushroom cloud cast a terrifying shadow over the contemporary world and continues to do so today. But how could this (...) have happened? What led to the creation of such a weapon of mass destruction? From the moment scientists contemplated the destructive potential of splitting the atom, the role of science changed. Ethical and moral dilemmas faced all those who realized the implications of their research. Before the Fall-Out charts the chain of events from Marie Curie’s scientific breakthrough through the many colourful characters such as Einstein, Robert Oppenheimer and Lord Rutherford, whose discoveries contributed to the bomb. The story of the atomic bomb spans 50 years of prolific scientific innovation, turbulent politics, foreign affairs and world-changing history. Through personal stories of exile, indecision and soul-searching, to charges of collaboration, spying and deceit, Diana Preston presents the human side of an unstoppable programme with a lethal outcome. (shrink)
Can one call nature 'evil'? Or is life a matter of eating and being eaten, where value judgments should not be applied? Is nature beautiful? Or is beauty in the eye of the beholder? Scientists often pretend that their disciplines only describe and analyze natural processes in factual terms, without making evaluative statements regarding reality. However, scientists may also be driven by the beauty of that which they study. Or they may be appalled by suffering they encounter, and look for (...) technical or medical means 'to improve nature'. Outside of the scientific community, value judgments are even more common. Humans evaluate nature and natural processes in moral, aesthetic and religious terms as cruel, beautiful, hopeful or meaningless. Is nature ultimately good, with all suffering and evil justified in the context of the larger evolutionary process? Or is nature to be improved, via culture or technology, as it is considered less adequate than it could be? In this book, some major scientists, theologians, and philosophers discuss these issues. As a study on the relations between religion and science, this is unique in emphasizing the evaluation of nature, rather than treating religion and science as competing or complementary casual explanations. (shrink)
In the following pages we discuss three historical cases of moral economies in science: Drosophila genetics, late twentieth century American astronomy, and collaborations between American drug companies and medical scientists in the interwar years. An examination of the most striking differences and similarities between these examples, and the conflicts internal to them, reveals constitutive features of moral economies, and the ways in which they are formed, negotiated, and altered. We critically evaluate these three examples through the filters (...) of rational choice, utility, and American pragmatism, using the latter to support the conclusion that there is no single vision of moral economies in science and no single theory—moral, political, social—that will explain them. These filters may not be the only means through which to evaluate the moral economies examined, but aspects of each appear prominent in all three cases. In addition, explanations for decisions are often given in the language of these theories, both at the macro (policy) level and at the local level of the moral economies we discuss. In light of such factors, the use of these frameworks seems justified. We begin with an attempt to define the nature of moral economies, then move to a consideration of scientific communities as moral communities operating within material and other constraints which we relate to wider questions of political economy and societal accountabilities. (shrink)
Since the birth of the first test-tube baby, Louise Brown, in 1977, we have seen truly remarkable advances in biotechnology. We can now screen the fetus for Down Syndrome, Spina Bifida, and a wide range of genetic disorders. We can rearrange genes in DNA chains and redirect the evolution of species. We can record an individual's genetic fingerprint. And we can potentially insert genes into human DNA that will produce physical warning signs of cancer, allowing early detection. In fact, biotechnology (...) has progressed to such a point that virtually any kind of genetic manipulation, if not already possible, is just around the corner. But these breakthroughs also raise serious ethical and moral dilemmas that we are only now beginning to confront. In Wonderwoman and Superman, noted medical ethicist John Harris offers the first thorough analysis of the moral dilemmas created by the revolution in molecular biology. Covering a wide array of recent innovations, Harris discusses, for example, the moral decisions involved and the consequences of creating egg and embryo banks. Who should be allowed to use such resources? Should recipients be screened? Should such banks be open for public or private use? And does it cheapen life to make embryos available for sale? In another chapter, Harris examines the question of conceiving children chiefly for organ donation, focusing on the recent case of a woman who wanted to have a second child to provide a bone marrow donor for her first child sick with leukemia (she intended to abort the fetus if its bone marrow did not genetically match that of her living child). In this case, the medical staff had to decide whether they should perform in-vitro fertilization, knowing that the mother did not satisfy the clinic's criteria (there was no father), and also knowing the potential for abortion. Discussing the ethics of the mother's choice and the clinic's choice, Harris asks whether it is morally correct to create a child as an organ donor, whether the future child would suffer, whether it is worth any suffering to be born, and who has the right to weigh the various factors (both moral and physiological) involved in making these decisions. Delving into a multitude of issues such as when life begins, when suffering is needless, and whether we should play God, Wonderwoman and Superman provides not only a thought-provoking inquiry into the potential and actual ethical dilemmas created by the many advances in biotechnology, but challenges us to learn to choose responsibly and to face the moral implications of the choices that confront us. (shrink)
There might not be a specific nano-ethics, but there definitely is an ethics of new & emerging science and technology (NEST), with characteristic tropes and patterns of moral argumentation. Ethical discussion in and around nanoscience and technology reflects such NEST-ethics. We offer an inventory of the arguments, and show patterns in their evolution, in arenas full of proponents and opponents. We also show that there are some nano-specific issues: in how size matters, and when agency is delegated (...) to smart devices. Our overall approach is a pragmatist ethics, and we conclude that struggle (and learning) might be more productive than models emphasizing consensus. (shrink)
Machine generated contents note: -- Introduction - the Small Screen and Morality - Morality on Television - Sociology and the Moral OrderTelevisuality: Style and the Small ScreenThe Phenomenology of Television - Society and the Small Screen - Mediating Morality- Television and the Imaginary - Conclusion.
We live in a culture which, while largely dependent on science for its material welfare, is largely ignorant of the new ideas and perspectives on which science is based. This book examines the true significance of science and technology for society over the last three hundred years. Professor Hanbury Brown's insight and experience have resulted in a novel approach to the discussion of the cultural role of science. After reviewing the history of how science grew (...) to be both useful to, and feared by society, the book traces the same period in the context of new ideas and concepts in scientific research. Later chapters deal with society's current view of science and the need for attitudes to be changed, and then a discussion of the religious dimensions of science. This book aims to clear away some of the popular misconceptions about science and to put in their place a wider and deeper understanding of the nature of science and its value to society. (shrink)
Originally published: c2000. With new pref. An award-winning biologist argues that the intersection of scientific creativity and religious insight is a prerequisite for the emergence of a more humane medical science.
This study develops a Science–Technology–Society (STS)-based science ethics education program for high school students majoring in or planning to major in science and engineering. Our education program includes the fields of philosophy, history, sociology and ethics of science and technology, and other STS-related theories. We expected our STS-based science ethics education program to promote students’ epistemological beliefs and moral judgment development. These psychological constructs are needed to properly solve complicated moral and social dilemmas (...) in the fields of science and engineering. We applied this program to a group of Korean high school science students gifted in science and engineering. To measure the effects of this program, we used an essay-based qualitative measurement. The results indicate that there was significant development in both epistemological beliefs and moral judgment. In closing, we briefly discuss the need to develop epistemological beliefs and moral judgment using an STS-based science ethics education program. (shrink)
Machine generated contents note: Preface; Acknowledgements; 1. Why medicine needs moral leaders; 2. Creating an organizational narrative; 3. Understanding normative expectations in medical moral leadership; Prologue to chapters four and five; 4. Expressing fiduciary, bureaucratic and collegial propriety; 5. Expressing inquisitorial and restorative propriety; Epilogue to chapters four and five; 6. Understanding organizational moral narrative; 7. Moral leadership for ethical organizations; Appendix 1. How the research was done; Appendix 2. Accountability for clinical performance: individuals and (...) organisations; Appendix 3. A brief guide to commonly used ethical frameworks; Index. (shrink)
All investigators funded by the National Institutes of Health are now required to receive training about the ethics of clinical research. Based on a course taught by the editors at NIH, Ethical and Regulatory Aspects of Clinical Research is the first book designed to help investigators meet this new requirement. The book begins with the history of human subjects research and guidelines instituted since World War II. It then covers various stages and components of the clinical trial process: (...) designing the trial, recruiting participants, ensuring informed consent, studying special populations, and conducting international research. Concluding chapters address conflicts of interest, scientific misconduct, and challenges to the IRB system. The appendix provides sample informed consent forms. This book will be used in undergraduate courses on research ethics and in schools of medicine and public health by students who are or will be carrying out clinical research. Professionals in need of such training and bioethicists also will be interested. (shrink)
In Ethics, Economics, and Politics Ian Little returns to offer a new defence of a rule-based utilitarianism as a basis for assessing the role of the State. Lucidly and elegantly he explains how the three disiplines of philosophy, economics and politics can be integrated to provide guidance on issues of public policy.
This is an edited collection that is intended both as a primer for core concepts and principles in research ethics and as an in-depth exploration of the contextualisation of these principles in practice across key disciplines.