The Cambridge History Of Science Volume 8 Modern Science In National Transnational And Global Context

This volume in the highly respected Cambridge History of Science series is devoted to exploring the history of modern science using national, transnational, and global frames of reference. Organized by topic and culture, its essays by distinguished scholars offer the most comprehensive and up-to-date nondisciplinary history of modern science currently available. Essays are grouped together in separate sections that represent larger regions: Europe, Africa, the Middle East, South Asia, East and Southeast Asia, the United States, Canada, Australia, New Zealand, Oceania, and Latin America. Each of these regional groupings ends with a separate essay reflecting on the analysis in the preceding chapters. Intended to provide a balanced and inclusive treatment of the modern world, contributors analyze the history of science not only in local, national, and regional contexts but also with respect to the circulation of knowledge, tools, methods, people, and artifacts across national borders.

Publisher's description: This volume offers to general and specialist readers alike the fullest and most complete survey of the development of science in the eighteenth century, exploring the implications of the 'scientific revolution' of the previous century and the major new growth-points, particularly in the experimental sciences. It is designed to be read as both a narrative and an interpretation, and also used as a work of reference. While prime attention is paid to western science, space is also given to science in traditional cultures and colonial science. The coverage strikes a balance between analysis of the cognitive dimension of science itself and interpretation of its wider social, economic and cultural significance. The contributors, world leaders in their respective specialities, engage with current historiographical and methodological controversies and strike out on positions of their own.

Modern scientific research has changed so much since Isaac Newton’s day: it is more professional, collaborative and international, with more complicated equipment and a more diverse community of researchers. Yet the use of scientific journals to report, share and store results is a thread that runs through the history of science from Newton’s day to ours. Scientific journals are now central to academic research and careers. Their editorial and peer-review processes act as a check on new claims and findings, and researchers build their careers on the list of journal articles they have published. The journal that reported Newton’s optical experiments still exists. First published in 1665, and now fully digital, the Philosophical Transactions has carried papers by Charles Darwin, Dorothy Hodgkin and Stephen Hawking. It is now one of eleven journals published by the Royal Society of London. Unrivalled insights from the Royal Society’s comprehensive archives have enabled the authors to investigate more than 350 years of scientific journal publishing. The editorial management, business practices and financial difficulties of the Philosophical Transactions and its sibling Proceedings reveal the meaning and purpose of journals in a changing scientific community. At a time when we are surrounded by calls to reform the academic publishing system, it has never been more urgent that we understand its history.

This volumes presents the first urban history of science, technology, and medicine in Lisbon, 1840-1940. It reveals how science, technology and medicine permeated even the most unlikely aspects of the urban landscape in an environment that was simultaneously a port city, scientific capital and imperial metropolis.

Knowledge is a result of never-ending processes of circulation. This accessible volume is the first comprehensive multidisciplinary work to explore these processes through the perspective of scholars working outside of Anglo-American paradigms. Through a variety of literature reviews, examples of recent research and in-depth case studies, the chapters demonstrate that the analysis of knowledge circulation requires a series of ontological and epistemic commitments that impact its conceptualisation and methodologies. Bringing diverse viewpoints from across the globe and from a range of disciplines, including anthropology, economics, history, political science, sociology and Science & Technology Studies (STS), this wide-ranging and thought-provoking collection offers a broad and cutting-edge overview of outstanding research on academic knowledge circulation. The book is structured in seven sections: (i) key concepts in studying the circulation of academic knowledge; (ii) spaces and actors of circulation; (iii) academic media and knowledge circulation; (iv) the political economy of academic knowledge circulation; (v) the geographies, geopolitics and historical legacies of the global circulation of academic knowledge; (vi) the relationships between academic and extra-academic knowledges; and (vii) methodological approaches to studying the circulation of academic knowledge. This handbook will be essential reading for academics, researchers and postgraduate researchers in the humanities and social sciences interested in the circulation of knowledge.

Traces the Early Evolution of Britain’s System of Scientific Advice In twenty-first-century Britain, scientific advice to government is highly organized, integrated across government departments, and led by a chief scientific adviser who reports directly to the prime minister. But at the end of the eighteenth century, when Roland Jackson’s account begins, things were very different. With this book, Jackson turns his attention to the men of science of the day—who derived their knowledge of the natural world from experience, observation, and experiment—focusing on the essential role they played in proffering scientific advice to the state, and the impact of that advice on public policy. At a time that witnessed huge scientific advances and vast industrial development, and as the British state sought to respond to societal, economic, and environmental challenges, practitioners of science, engineering, and medicine were drawn into close involvement with politicians. Jackson explores the contributions of these emerging experts, the motivations behind their involvement, the forces that shaped this new system of advice, and the legacy it left behind. His book provides the first detailed analysis of the provision of scientific, engineering, and medical advice to the nineteenth-century British government, parliament, the civil service, and the military.

How Intellectuals and Global Publics Viewed the Relationship between Evolution and Diverse Religious Traditions Before the advent of radio, conceptions of the relationship between science and religion circulated through periodicals, journals, and books, influencing the worldviews of intellectuals and a wider public. In this volume, historians of science and religion examine that relationship through diverse mediums, geographic contexts, and religious traditions. Spanning within and beyond Europe and North America, chapters emphasize underexamined regions—New Zealand, Australia, India, Argentina, Sri Lanka, Egypt, and the Ottoman Empire—and major religions of the world, including Christianity, Hinduism, Buddhism, Confucianism, and Islam; interactions between those traditions; as well as atheism, monism, and agnosticism. As they focus on evolution and human origins, contributors draw attention to European scientists other than Darwin who played a significant role in the dissemination of evolutionary ideas; for some, those ideas provided the key to understanding every aspect of human culture, including religion. They also highlight central figures in national contexts, many of whom were not scientists, who appropriated scientific theories for their own purposes. Taking a local, national, transnational, and global approach to the study of science and religion, this volume begins to capture the complexity of cultural engagement with evolution and religion in the long nineteenth century.

Many extraordinary female scientists, doctors, and engineers tasted independence and responsibility for the first time during the First World War. How did this happen? Patricia Fara reveals how suffragists, such as Virginia Woolf's sister, Ray Strachey, had already aligned themselves with scientific and technological progress, and that during the dark years of war they mobilized women to enter conventionally male domains such as science and medicine. Fara tells the stories of women such as: mental health pioneer Isabel Emslie, chemist Martha Whiteley, a co-inventor of tear gas, and botanist Helen Gwynne Vaughan. Women were now carrying out vital research in many aspects of science, but could it last? Though suffragist Millicent Fawcett declared triumphantly that 'the war revolutionised the industrial position of women. It found them serfs, and left them free', the outcome was very different. Although women had helped the country to victory and won the vote for those over thirty, they had lost the battle for equality. Men returning from the Front reclaimed their jobs, and conventional hierarchies were re-established even though the nation now knew that women were fully capable of performing work traditionally reserved for men. Fara examines how the bravery of these pioneer women scientists, temporarily allowed into a closed world before the door clanged shut again, paved the way for today's women scientists. Yet, inherited prejudices continue to limit women's scientific opportunities.