For better and worse, the future is often conceived in technological terms. Technology is supposed to meet the challenge of climate change or resource depletion. And when one asks about the world in 20 or 100 years, answers typically revolve around AI, genome editing, or geoengineering. There is great demand to speculate about the future of work, the future of mobility, Industry 4.0, and Humanity 2.0. The humanities and social sciences, science studies, and technology assessment respond to this demand but need to seek out a responsible way of taking the future into account. This collection of papers, interviews, debates grew out of disagreements about technological futures, speculative ethics, plausible scenarios, anticipatory governance, and proactionary and precautionary approaches. It proposes Hermeneutic Technology Assessment as a way of understanding ourselves through our ways of envisioning the future. At the same time, a hermeneutic understanding of technological projects and prototypes allows for normative assessments of their promises. Is the future an object of design? This question can bring together and divide policy makers, STS scholars, social theorists, and philosophers of history, and it will interest also the scientists and engineers who labor under the demand to deliver that future.

This volume is divided according to moral themes within medicine and science. The sources represent dominant notes within the culture of knowledge production that capture the moral/emotional/social justification for the making of expertise through experiment. This volume focuses on curiosity, given as the scientist's chief motivating factor for the finding of new facts, and as an essential character trait for anyone entering the scientific life. It is also the source of controversy and criticism, since curiosity alone increasingly looked amoral at best and immoral at worst, as the nineteenth century wore on.

This volume foregrounds humanity (in the sense of compassion or sympathy), which often supplied the motivation for medical experiment and scientific innovation. Though the results of experiments could not be known in advance, often the stated goal was the reduction of suffering, the cure of disease, or the easement of life. Increasingly, critics accused practitioners of hiding hubris behind their purported humanity and questioned whether an increasingly professional scientific community could retain its grip on the meaning of compassion.

Increasingly, critics accused practitioners of hiding hubris behind their purported humanity and questioned whether an increasingly professional scientific community could retain its grip on the meaning of compassion. This volume presents a set of responses to this criticism and others, showing the extent to which the lived-experience of scientific practice became a justification in and of itself for the expression of social, political and cultural authority. Bare knowledge, as it was presented, came with an enormous social valuation. These sources show how that authority changed and grew over time.

This volume showcases doubt from within the scientific community itself. These sources dwell upon the moments at which ideas became challenged, when facts were revealed to be fiction, and when knowns reverted to unknowns. But the focus is not the ideas and facts themselves, but on the ways in which scientists adjusted themselves to new landscapes of uncertainty in their particular cultural and professional practices.

Women engineers have been in the public limelight for decades, yet we have surprisingly little historically grounded understanding of the patterns of employment and education of women in this field. Most studies are either policy papers or limited to statistical analyses. Moreover, the scant historical research so far available emphasizes the individual, single and unique character of those women working in engineering, often using anecdotal evidence but ignoring larger issues like the patterns of the labour market and educational institutions.
Crossing Boundaries, Building Bridges offers answers to the question why women engineers have required special permits to pass through the male guarded gates of engineering and examines how they have managed this. It explores the differences and similarities between women engineers in nine countries from a gender point of view. Through case studies the book considers the mechanisms of exclusion and inclusion of women engineers.

Women engineers have been in the public limelight for decades, yet we have surprisingly little historically grounded understanding of the patterns of employment and education of women in this field. Most studies are either policy papers or limited to statistical analyses. Moreover, the scant historical research so far available emphasizes the individual, single and unique character of those women working in engineering, often using anecdotal evidence but ignoring larger issues like the patterns of the labour market and educational institutions.
Richly illustrated, "Crossing Boundaries, Building Bridges" offers answers to the question why women engineers have required special permits to pass through the male guarded gates of engineering and examines how they have managed this. It explores the differences and similarities between women engineers in nine countries from a gender point of view. Through case studies the book considers the mechanisms of exclusion and inclusion of women engineers f

A collection in 12 volumes of all the published works of Robert Boyle (1627-1691), who was one of the most influential scientific and theological thinkers of his time. Discoverer of Boyle's Law, which still pertains in modern science, his writings range around the greatest scientific issues of his day. Works originally in Latin are presented in their contemporary English translations. There is a general introduction with explanatory notes to the texts. A bibliography and general index permits access to all Boyle's work.

Contents:
Introduction. Space and Time, Quantum Theory, Matter, The Universe, Order and Disorder, Reflections, Timeline, Glossary, Further Reading, Index.

This book offers a cultural history of the travels of energy in the English language, from its origins in Aristotle’s ontology, where it referred to the activity-of-being, through its English usage as a way to speak about the inherent nature of things, to its adoption as a name for the mechanics of motion (capacity for work). A distinguished literature deals with energy as matter of science history. But this literature fails to adequately answer a historical question about the rise of the science of energy: How did the commonplace word ‘energy’ end up becoming a concept in science? This account differs in important ways from the history of the word in the Oxford English Dictionary. Discovering the origins and early travels of energy is essential for understanding how the word was borrowed into physics, and therefore a cultural history of energy is a necessary companion to the science history of the term. It is important that modern scholars in a variety of fields be aware that energy did not always have a scientific content. The absence of that awareness can lead to, have led to, anachronistic interpretations of energy in historical sources from before the 1860s. A History of the Cultural Travels of Energy will be useful for those interested in the history of science and technology, cultural history, and linguistics.

The origin and early years of any rapidly changing scientific discipline runs the risk of being forgotten unless a record of its past is preserved. In this, the first book-length history of clinical chemistry, those involved or interested in the field will read about who and what went before them and how the profession came to its present state of clinical importance. The narrative reconstructs the origins of clinical chemistry in the seventeenth century and traces its often obscure path of development in the shadow of organic chemistry, physiology and biochemistry until it assumes its own identity at the beginning of the twentieth century. The chronological development of the story reveals the varied roots from which modern clinical chemistry arose.

Depression has colonized the world. Today, more than 300 million of us have been diagnosed as depressed. But 150 years ago, "depression" referred to a mood, not a sickness. Does that mean people weren't sick before, only sad? Of course not. Mental illness is a complex thing, part biological, part social, its definition dependent on time and place. But in the mid-twentieth century, even as European empires were crumbling, new Western clinical models and treatments for mental health spread across the world. In so doing, "depression" began to displace older ideas like "melancholia," the Japanese "utsusho," or the Punjabi "sinking heart" syndrome. Award-winning historian Jonathan Sadowsky tells this global story, chronicling the path-breaking work of psychiatrists and pharmacists, and the intimate sufferings of patients. Revealing the continuity of human distress across time and place, he shows us how different cultures have experienced intense mental anguish, and how they have tried to alleviate it. He reaches an unflinching conclusion: the devastating effects of depression are real. A number of treatments do reduce suffering, but a permanent cure remains elusive. Throughout the history of depression, there have been overzealous promoters of particular approaches, but history shows us that there is no single way to get better that works for everyone. Like successful psychotherapy, history can liberate us from the negative patterns of the past.

What is life? This was a question of particular concern for Mary Shelley and her contemporaries. But how did she, and her fellow Romantic writers, incorporate this debate into their work, and how much were they influenced by contemporary science, medicine and personal loss? This book is the first to compile the many attempts in science and medicine to account for life and death in Mary Shelley's time. It considers what her contemporaries thought of air, blood, sunlight, electricity and other elements believed to be most essential for living. Mary Shelley's (and her circle's) knowledge of science and medicine is carefully examined, alongside the work of key scientific and medical thinkers, including John Abernethy, James Curry, Humphry Davy, John Hunter, William Lawrence and Joseph Priestley. Frankenstein demonstrates what Mary Shelley knew of the advice given by medical practitioners for the recovery of persons drowned, hanged or strangled and explores the contemporary scientific basis behind Victor Frankenstein's idea that life and death were merely 'ideal bounds' he could transgress in the making of the Creature. Interweaving images of the manuscript, portraits, medical instruments and contemporary diagrams into her narrative, Sharon Ruston shows how this extraordinary tale is steeped in historical scientific and medical thought exploring the fascinating boundary between life and death.

More than 90 percent of all scientific history has been made during the last half century. So far, however, only a fraction of historical scholarship has dealt with this period. Merely a decade ago, most scientific historians considered recent science - the scientific culture created, lived and remembered by contemporary scientists - an area of study best left to the historical actors themselves. Today, an increasing number of historians are turning to the study of contemporary science. When doing so, they are confronted with new and unfamiliar methodological and theoretical problems. How to handle the huge amounts of published and unpublished source materials? What level of scientific training is necessary to understand contemporary science? Does the lack of historical perspective prevent good scholarship? Can (and will) historians of recent science share the turf with other professional groups, such as active scientists, scholars of science and technology studies, and science journalists? This volume aims to provide answers to these questions. The thirteen contributors are active researchers in what has been called "the last frontier" in the history of science. The book itself is

The Christian doctrines of original sin and the historical fall of Adam have been in retreat since the rise of modernity. Here leading scholars present a theological, biblical, and scientific case for the necessity of belief in original sin and the historicity of Adam and Eve in response to contemporary challenges. Representing various Christian traditions, the contributors shed light on recent debates as they present the traditional doctrine of original sin as orthodox, evangelical, and the most theologically mature and cogent synthesis of the biblical witness. This fresh look at a heated topic in evangelical circles will appeal to professors, students, and readers interested in the creation-evolution debate.

From an historical perspective, this text presents an entirely non- mathematical introduction to astronomy from the first endeavours of the ancients to the current developments in research enabled by cutting edge technological advances. Free of mathematics and complex graphs, the book nevertheless explains deep concepts of space and time, of relativity and quantum mechanics, and of origin and nature of the universe. It conveys not only the intrinsic fascination of the subject, but also the human side and the scientific method as practised by Kepler, defined and elucidated by Galileo, and then demonstrated by Newton.

A falling apple inspired Isaac Newton's insight into the law of gravity-or so the story goes. Is it true? Perhaps not. But the more intriguing question is why such stories endure as explanations of how science happens. Newton's Apple and Other Myths about Science brushes away popular misconceptions to provide a clearer picture of great scientific breakthroughs from ancient times to the present. Among the myths refuted in this volume is the idea that no science was done in the Dark Ages, that alchemy and astrology were purely superstitious pursuits, that fear of public reaction alone led Darwin to delay publishing his theory of evolution, and that Gregor Mendel was far ahead of his time as a pioneer of genetics. Several twentieth-century myths about particle physics, Einstein's theory of relativity, and more are discredited here as well. In addition, a number of broad generalizations about science go under the microscope of history: the notion that religion impeded science, that scientists typically adhere to a codified "scientific method," and that a bright line can be drawn between legitimate science and pseudoscience. Edited by Ronald Numbers and Kostas Kampourakis, Newton's Apple and Other Myths about Science debunks the widespread belief that science advances when individual geniuses experience "Eureka!" moments and suddenly comprehend what those around them could never imagine. Science has always been a cooperative enterprise of dedicated, fallible human beings, for whom context, collaboration, and sheer good luck are the essential elements of discovery.

Written by leading Leonardo experts from London and Florence, and accompanying a major British Library exhibition, this fascinating new book reveals the central importance of motion in Leonardo's art and thought. Large-scale reproductions of Leonardo's handwritten notes include clear illustrations of dozens of pages from Codex Arundel, alongside other manuscripts and paintings. Leonardo's ingenious, cutting-edge ideas about the art and physics of motion - the dynamics of motion in water; movement of the human form; and motion as a force in artistic composition - are explained in a clear and accessible form as never before.

Transforming American Science documents the ways in which federal funds catalyzed or accelerated changes in both university culture and the broader system of American higher education during the post-World War II decades. The events of the book lie within the context of the Cold War, when pressure to maintain parity with the Soviet Union impelled more generous government spending and a willingness of some universities to reorient their missions in the service of country and of science. The book draws upon a substantial amount of archival research conducted in various university archives (MIT, Berkeley, Stanford) as well as at the Library of Congress, the National Archives, and various presidential libraries. Author Jonathan Engel considers the repurposing of the wartime Manhattan Engineering District and the Office of Naval Research to robust peacetime roles in supporting the nation's expanding research efforts, along with the birth of the National Science Foundation, space exploration, and atoms for peace among other topics. This volume is the perfect resource for all those interested in Cold War history and in the history of American science and technology policy.

Until Karl Jansky's 1933 discovery of radio noise from the Milky Way, astronomy was limited to observation by visible light. Radio astronomy opened a new window on the Universe, leading to the discovery of quasars, pulsars, the cosmic microwave background, electrical storms on Jupiter, the first extrasolar planets, and many other unexpected and unanticipated phenomena. Theory generally played little or no role – or even pointed in the wrong direction. Some discoveries came as a result of military or industrial activities, some from academic research intended for other purposes, some from simply looking with a new technique. Often it was the right person, in the right place, at the right time, doing the right thing – or sometimes the wrong thing. Star Noise tells the story of these discoveries, the men and women who made them, the circumstances which enabled them, and the surprising ways in which real-life scientific research works.

Harvard’s acclaimed geologist “charts Earth’s history in accessible style� (AP) “A sublime chronicle of our planet." –Booklist, STARRED review How well do you know the ground beneath your feet?  Odds are, where you’re standing was once cooking under a roiling sea of lava, crushed by a towering sheet of ice, rocked by a nearby meteor strike, or perhaps choked by poison gases, drowned beneath ocean, perched atop a mountain range, or roamed by fearsome monsters. Probably most or even all of the above.  The story of our home planet and the organisms spread across its surface is far more spectacular than any Hollywood blockbuster, filled with enough plot twists to rival a bestselling thriller. But only recently have we begun to piece together the whole mystery into a coherent narrative. Drawing on his decades of field research and up-to-the-minute understanding of the latest science, renowned geologist Andrew H. Knoll delivers a rigorous yet accessible biography of Earth, charting our home planet's epic 4.6 billion-year story. Placing twenty first-century climate change in deep context, A Brief History of Earth is an indispensable look at where we’ve been and where we’re going. Features original illustrations depicting Earth history and nearly 50 figures (maps, tables, photographs, graphs).

The author puts this book in the best possible context by referring to the "magisterial and paradoxical Dr. Schumpeter." A figure in a rare class with John Maynard Keynes, Friedrich von Hayek, and Alfred Marshall, the work of Joseph Schumpeter is equalled only in monumental significance by his personal trials and tribulations. The work is divided into two volumes - the first covering his career in Europe and the second his life and achievements in America.

Walt Rostow, in his Foreword, sums up Robert Loring Allen's achievement in biography and intellectual history thus: "In dealing with Schumpeter's life, Allen exhibits a rare consciousness of the extraordinary complexity and only limited penetrability of the human personality Schumpeter's closely interwoven personal and professional life unfolds, Allen develops without dogmatism a pattern of linkages for the reader to contemplate. In a splendid final passage, he provides a memorable summation."

What makes this enormous effort so successful is the linkage of the personal and the professional, the biographical with the intellectual. Indeed, it is Schumpeter's single-minded determination to explain within a single, formal theory, the dynamics of capitalism that bridges the gap in space, time, and personality. To his books "The Theory of Economic Development, "and "Capitalism, Socialism and Democracy, "both published by Transaction, is now added the specific contexts in which these and his other works were written.

The author of this biography, like the subject himself, is a masterful student of the craft of economics, and its place within the larger social science contexts that Schumpeter worked. In this work, we are introduced into the main current of European and American social science alike. The title of the book, "Opening Doors, "derives from Schumpeter's life long aim to appeal to inquiring minds to move through such doors in an effort to create the social science of the future. In this, the volume succeeds admirably.

Space and time on earth are regulated by the prime meridian, 0 Degrees, which is, by convention, based at the Royal Observatory, Greenwich. But the meridian's location in southeast London is not a simple legacy of Britain's imperial past. Before the nineteenth century, more than twenty-five different prime meridians were in use around the world, including Paris, Beijing, Greenwich, Washington, and the location traditional in Europe since Ptolemy, the Canary Islands. Charles Withers explains how the choice of Greenwich to mark 0 Degrees longitude solved complex problems of global measurement that had engaged geographers, astronomers, and mariners since ancient times. Withers guides readers through the navigation and astronomy associated with diverse meridians and explains the problems that these cartographic lines both solved and created. He shows that as science and commerce became more global and as railway and telegraph networks tied the world closer together, the multiplicity of prime meridians led to ever greater confusion in the coordination of time and the geographical division of space. After a series of international scientific meetings, notably the 1884 International Meridian Conference in Washington, DC, Greenwich emerged as the most pragmatic choice for a global prime meridian, though not unanimously or without acrimony. Even after 1884, other prime meridians remained in use for decades. As Zero Degrees shows, geographies of the prime meridian are a testament to the power of maps, the challenges of accurate measurement on a global scale, and the role of scientific authority in creating the modern world.

Through Francesco Bianchini, the 'greatest Italian of his time' this book explores the exciting meeting of science, history, and politics in early modern Europe. Born in a time where entry into the church granted power, privilege, and access to the most exciting ideas of his time, the magnificent Monsignor Francesco Bianchini was an accomplished player in the political, scientific, and historical arenas of early modern Europe. Among his accomplishments were writing a universal history from the creation to the fall of Assyria; discovering, excavating, and interpreting ancient buildings; and designing a papal collection of antiquities that was later partially realized in the Vatican museums. He was also responsible for confirming and publicizing Newton's theories of light and color; discovering several comets; and building the most beautiful and exact heliometer in the world in the basilica of Santa Maria degli Angeli in Rome. Bianchini's international reputation earned him election to the Academie royale des sciences of Paris and the Royal Society of London. As a trusted servant of Pope Clement XI, he helped to execute the difficult balancing act the papacy practiced during the War of the Spanish Succession, which pitted Britain, the Dutch Republic, and the Habsburg Empire against France and Spain. One of his assignments also resulted in attachment to the cause and person of the Old Pretender, James III, the Stuart claimant to the thrones of England, Scotland, and Ireland. Through the career of this eminent and adept diplomat, astronomer, archaeologist, and historian, J. L. Heilbron introduces a world of learning and discovery, Church and State, and politics and power.