The career of Henry Oldenburg illuminates the development of the Royal Society during the late 17th century. He fostered the talents of many of the best-known scientists of that time, including Newton, Flamsteed, Malpighi, and Leeuwenhoek, and his relationship with them and others is chronicled in this book.

William Crookes' long life was one of unbroken scientific and business activity, culminating in his appointment as President of the Royal Society in 1913. Throughout his career he was an important science journalist, the discoverer of thallium, the inventor of the radiometer, investigator of cathode rays and the vacuum, a spectroscopist of significance in rare earth chemistry, and a spokesman for a chemical solution to the problems with the world's food supplies. He was also, and perhaps most controversially, an occultist who played a significant role in spiritualism in the 1870s, and was involved with D.D. Home (Browning's Mr Sludge) and other notable mediums of the day. Previous literature on Crookes has tended to focus on his involvement with the spiritualists, sometimes to the detriment of his many scientific achievements. This, the first biography of William Crookes, gives us the whole man: one of the most complex, public, and interesting figures in the history of science. Professor Brock guides us through the abundant catalogue of Crookes' accomplishments, placing his scientific activities in the context of the business of making a living from science - something that Crookes did principally as a science journalist and editor with his Chemical News (the model for today's Nature), and by business enterprises ranging from water analysis, sewerage schemes, and goldmining to the design of electric light bulbs. We also see Crookes in the lab, as an independent researcher, and learn the processes behind his discovery of thallium, his investigations into matter and energy, and his crucial work on cathode rays. We see the public man, the celebrity who was much sought after for his opinions on the latest discovery, and who was widely regarded as Britain's leading scientist at the beginning of the twentieth century. Scientist, spiritualist, entrepreneur: Sir William Crookes' extraordinary life and many endeavours provide a unique window into Victorian and Edwardian science and industry.

Entropic Creation is the first English-language book to consider the cultural and religious responses to the second law of thermodynamics, from around 1860 to 1920. According to the second law of thermodynamics, as formulated by the German physicist Rudolf Clausius, the entropy of any closed system will inevitably increase in time, meaning that the system will decay and eventually end in a dead state of equilibrium. Application of the law to the entire universe, first proposed in the 1850s, led to the prediction of a future 'heat death', where all life has ceased and all organization dissolved. In the late 1860s it was pointed out that, as a consequence of the heat death scenario, the universe can have existed only for a finite period of time. According to the 'entropic creation argument', thermodynamics warrants the conclusion that the world once begun or was created. It is these two scenarios, allegedly consequences of the science of thermodynamics, which form the core of this book. The heat death and the claim of cosmic creation were widely discussed in the period 1870 to 1920, with participants in the debate including European scientists, intellectuals and social critics, among them the physicist William Thomson and the communist thinker Friedrich Engels. One reason for the passion of the debate was that some authors used the law of entropy increase to argue for a divine creation of the world. Consequently, the second law of thermodynamics became highly controversial. In Germany in particular, materialists and positivists engaged in battle with Christian - mostly Catholic - scholars over the cosmological consequences of thermodynamics. This heated debate, which is today largely forgotten, is reconstructed and examined in detail in this book, bringing into focus key themes on the interactions between cosmology, physics, religion and ideology, and the public way in which these topics were discussed in the latter half of the nineteenth and the first years of the twentieth century.

A physicist himself, Gino SegrA] writes about what scientists doaand why they do itawith intimacy, clarity, and passion. In "Faust in Copenhagen," he evokes the fleeting, magical moment when physicsaand the worldawas about to lose its innocence forever. Known by physicists as the miracle year, 1932 saw the discovery of the neutron and antimatter, as well as the first artificially induced nuclear transmutations. However, while scientists celebrated these momentous discoveriesawhich presaged the nuclear era and the emergence of big scienceaduring a meeting at Niels Bohras Copenhagen Institute, Europe was moving inexorably toward totalitarianism and war.

How genes are not the only basis of heredity-and what this means for evolution, human life, and disease For much of the twentieth century it was assumed that genes alone mediate the transmission of biological information across generations and provide the raw material for natural selection. In Extended Heredity, leading evolutionary biologists Russell Bonduriansky and Troy Day challenge this premise. Drawing on the latest research, they demonstrate that what happens during our lifetimes--and even our grandparents' and great-grandparents' lifetimes-can influence the features of our descendants. On the basis of these discoveries, Bonduriansky and Day develop an extended concept of heredity that upends ideas about how traits can and cannot be transmitted across generations. By examining the history of the gene-centered view in modern biology and reassessing fundamental tenets of evolutionary theory, Bonduriansky and Day show that nongenetic inheritance-involving epigenetic, environmental, behavioral, and cultural factors-could play an important role in evolution. The discovery of nongenetic inheritance therefore has major implications for key questions in evolutionary biology, as well as human health. Extended Heredity reappraises long-held ideas and opens the door to a new understanding of inheritance and evolution.

The Darwin family was instrumental in the history of botany. Their experiences illustrate the growing specialization and professionalization of science in the nineteenth century. The author shows how botany escaped the burdens of medicine, feminization and the sterility of classification and nomenclature to become a rigorous laboratory science.

From Freud to Babbitt, from Animal Farm to Sartre to the Great Society, from the Theory of Relativity to counterculture to Kosovo, The Modern Mind is encyclopedic, covering the major writers, artists, scientists, and philosophers who produced the ideas by which we live. Peter Watson has produced a fluent and engaging narrative of the intellectual tradition of the twentieth century, and the men and women who created it.

Are Jane Austen and Charles Darwin the two great English empiricists of the nineteenth century? Peter W. Graham poses this question as he brings these two icons of nineteenth-century British culture into intellectual conversation in his provocative new book. Graham shows that while the one is generally termed a naturalist (Darwin's preferred term for himself) and the other a novelist, these characterizations are at least partially interchangeable, as each author possessed skills that would serve well in either arena. Both Austen and Darwin are naturalists who look with a sharp, cold eye at the concrete particulars of the world around them. Both are in certain senses novelists who weave densely particularized and convincingly grounded narratives that convey their personal observations and perceptions to wide readerships. When taken seriously, the words and works of Austen and Darwin encourage their readers to look closely at the social and natural worlds around them and form opinions based on individual judgment rather than on transmitted opinion. Graham's four interlocked essays begin by situating Austen and Darwin in the English empirical tradition and focusing on the uncanny similarities in the two writers' respective circumstances and preoccupations. Both Austen and Darwin were fascinated by sibling relations. Both were acute observers and analysts of courtship rituals. Both understood constant change as the way of the world, whether the microcosm under consideration is geological, biological, social, or literary. Both grasped the importance of scale in making observations. Both discerned the connection between minute, particular causes and vast, general effects. Employing the trenchant analytical talents associated with his subjects and informed by a wealth of historical and biographical detail and the best of recent work by historians of science, Graham has given us a new entree into Austen's and Darwin's writings.

Very Short Introductions: Brilliant, Sharp, Inspiring Debates about science and religion are rarely out of the news. Whether it concerns what's being taught in schools, clashes between religious values and medical recommendations, or questions about how to address our changing global environment, emotions often run high and answers seem intractable. Yet there is much more to science and religion than the clash of extremes. As Thomas Dixon and Adam Shapiro show in this balanced and thought-provoking Very Short Introduction, a whole range of views, subtle arguments, and fascinating perspectives can be found on this complex and centuries-old subject. They explore the key philosophical questions that underlie the debate, but also highlight the social, political, and ethical contexts that have made the tensions between science and religion such a fraught and interesting topic in the modern world. In this new edition, Dixon and Shapiro connect historical concepts such as evolution, the heliocentric solar system, and the problem of evil to present-day issues including the politicization of science; debates over mind, body, and identity; and the moral necessity of addressing environmental change. Ranging from medical missionaries to congregations adopting new technologies during a pandemic, from Galileo's astronomy to building the Thirty Meter Telescope, they explore how some of the most complex social issues of our day are rooted in discussions of science and religion. ABOUT THE SERIES: The Very Short Introductions series from Oxford University Press contains hundreds of titles in almost every subject area. These pocket-sized books are the perfect way to get ahead in a new subject quickly. Our expert authors combine facts, analysis, perspective, new ideas, and enthusiasm to make interesting and challenging topics highly readable.

This book is the epitome of important developments in chemistry in the 20th century and beyond. It provides a historical account of the Wolf Prize in Chemistry and includes the biographies and selected papers of the distinguished recipients from 1978 to 2008 (no prize was awarded in 2009 or 2010). Many of the recipients have extensive publication lists; this book brings together a wealth of information on the Wolf Prize, the prize winners, and especially a reprint of their most significant publications.This invaluable volume provides readers with in-depth knowledge of all the major fields in chemistry, and will also inspire readers with the unique accounts of the prize winners.Both editors of the book are veteran chemists who have worked in the field for many years. Dr Sheng-Hsien Lin, an Academician, is a theoretical chemist who has published more than 700 papers and 20 books. Dr Lou-Sing Kan is a biophysicist on structures of nucleic acids and an NMR specialist; he has authored 176 peer-reviewed papers and is also a popular science writer in Chinese.

The seventeenth century was a period of extraordinary invention, discovery and revolutions in scientific, social and political orders. It was a time of expansive automation, biological discovery, rapid advances in medical knowledge, of animal trials and a questioning of the boundaries between species, human and non-human, between social classes, and of the assumed naturalness of political inequality. This book gives a tour through those objects, ordinary and extraordinary, which captivated the philosophical imagination of the single most important French philosopher of this period, Rene Descartes. Deborah J. Brown and Calvin G. Normore document Descartes' attempt to make sense of the complex, composite objects of human and divine invention, consistent with the fundamental tenets of his metaphysical system. Their central argument is that, far from reducing all the categories of ordinary experience to the two basic categories of substance, mind and body, Descartes' philosophy recognises irreducible composites that resist reduction, and require their own distinctive modes of explanation.

The waterfront was the key to New York City's growth and prosperity. For hundreds of years, the shorefront of Manhattan Island served as the country's center of trade, shipping, and commerce. With its maritime links across the oceans, along the Atlantic coast, and inland to the Midwest and New England, Manhattan became a global city and home to the world's busiest port. It was a world of docks, ships, tugboats, and ferries, filled with cargo and freight, a place where millions of immigrants entered the Promised Land. In Waterfront Manhattan, Kurt C. Schlichting tells the story of the Manhattan waterfront as a struggle between public and private control of New York's priceless asset. Nature provided New York with a sheltered harbor but presented the city with a challenge: to find the necessary capital to build and expand the maritime infrastructure. From colonial times until after the Civil War, the city ceded control of the waterfront to private interests, excluding the public entirely and sparking a battle between shipping companies, the railroads, and ferries for access to the waterfront. In the second half of the nineteenth century, the City of New York regained control of the waterfront, but a whirlwind of forces beyond the control of either public or private interests-technological change in the form of the shipping container and the jet airplane-devastated the city's maritime world. The city slowly and painfully recovered. Visionaries reimagined the waterfront, and today the island is almost completely surrounded by parkland, the world of piers and longshoremen gone, replaced by luxury housing and tourist attractions. Waterfront Manhattan is a wide-ranging history that will dazzle anyone who is fascinated by New York.

Jesse Ramsden was one of the most prominent manufacturers of scientific instruments in the latter half of the eighteenth century. To own a Ramsden instrument, be it one of his great theodolites or one of the many sextants and barometers produced at his London workshop, was to own not only an instrument of incredible accuracy and great practical use, but also a thing of beauty. In this, the first biography of Jesse Ramsden, Dr Anita McConnell reconstructs his life and career and presents us with a detailed account of the instrument trade in this period. By studying the life of one prominent instrument maker, the entire practice of the trade is illuminated, from the initial commission, the intricate planning and design, through the practicalities of production, delivery and, crucially, payment for the work. The book will naturally be of immeasurable interest to historians of science and scientific instruments but, as it also sheds light on the increasing commercialisation of the scientific trade on the cusp of the Industrial Revolution, should also interest social and economic historians of the eighteenth century.

The Sciences of Homosexuality in Early Modern Europe investigates early modern scientific accounts of same-sex desires and the shapes they assumed in everyday life. It explores the significance of those representations and interpretations from around 1450 to 1750, long before the term homosexuality was coined and accrued its current range of cultural meanings. This collection establishes that efforts to produce scientific explanations for same-sex desires and sexual behaviours are not a modern invention, but have long been characteristic of European thought. The sciences of antiquity had posited various types of same-sexual affinities rooted in singular natures. These concepts were renewed, elaborated, and reassessed from the late medieval scientific revival to the early Enlightenment. The deviance of such persons seemed outwardly inscribed upon their bodies, documented in treatises and case studies. It was attributed to diverse inborn causes such as distinctive anatomies or physiologies, and embryological, astrological, or temperamental factors. This original book freshly illuminates many of the questions that are current today about the nature of homosexual activity and reveals how the early modern period and its scientific interpretations of same-sex relationships are fundamental to understanding the conceptual development of contemporary sexuality.

Published in 1971: This book represents the Posthumous works of the author, as well as lectures on Philosophy, Astronomy, and Science.

What is a lighthouse? What does it mean? What does it do? This book shows how exchanging knowledge across disciplinary boundaries can transform our thinking. Adopting an unconventional structure, this book involves the reader in a multivocal conversation between scholars, poets and artists. Seen through their individual perspectives, lighthouses appear as signals of safety, beacons of enlightenment, phallic territorial markers, and memorials of historical relationships with the sea. However, the interdisciplinary conversation also reveals underlying and sometimes unexpected connections. It elucidates the human and non-human evolutionary adaptations that use light for signalling and warning; the visual languages created by regularity and synchronicity in pulses of light; how lighthouses have generated a whole 'family' of related material objects and technologies; and the way that light flows between social and material worlds.

The title of this volume implies two things: the greatness of the scientific tradition that Muslims had lost, and the power of the West, in whose threatening shadow reformers now labored to modernize in order to defend themselves against those very powers they were taking as models. Copernicus and Darwin were the names that dominated the debate on science, whose arguments and rebuttals were published mainly in the religious and secular journals in Cairo and Beirut from the 1870s. Analysis and interpretation of this literature shows the hope that Arab reformers had of duplicating the Japanese success, followed by the despair when success was denied. A cultural malaise festered from generations of despair, defeat and foreign occupation, and this feeling transmogrified after 1967 to a psychosis in a significant number of secular writers, educators and religious reformers. The great debate on assimilating science was turned inward where defensive mechanisms of denial spun out perversions of science: the Quran becoming a thesaurus of science; and a more extreme derivative of that, something called "Islamic Science," arising as an alternate science that was to be in harmony with the Quran, Shari'a and Muslim belief. This volume reveals the undermining effect of European imperialism on western-oriented religious reformers and secular intellectuals, for whom science and political reform went together, and concludes with a chapter on the state of science in contemporary Muslim societies and the efforts to institutionalize science (before the upheavals of 2011) so as to bring to life an authentic and indigenous culture that would sustain scientific study and research as autonomous pursuits.

On Ancient Medicine, On the Art, On Breaths, On the Nature of Human Beings and On the Sacred Disease are among the most well-known and sophisticated works of the Hippocratic Collection. The authors of these treatises were seeking to find means to express their arguments that built on authoritative models of their predecessors. By examining the range of expressive resources used in their expository prose, James Cross demonstrates how oral tradition and written techniques, such as sound patterning, sign-posting and antithetical formulae, were deployed to help the writers develop a case. The book demonstrates that there were various layers of meaning and manners of communicating ideas which can be found in Hippocratic expository prose, and offers fresh insights into the oral debating culture and experiments in persuasion which characterise the ancient Greek world of the late fifth-century BCE.

Over the last half century scholars from a range of disciplines have attempted to theorise silence. Naively we tend to think of silence negatively, as a lack, an emptiness. Yet silence studies shows that silence is more than mere absence. All speech incorporates silence, not only in the gaps between words or the pauses that facilitate turn taking, but in the omissions that result from the necessary selectivity of communicative acts. Thus silence is significant in and of itself; it is a sign that has socially-constructed (albeit context -dependent and ambiguous) meanings. To date, studies of science communication have focussed on what is said rather than what is not said. They have highlighted the content of communication rather than its form, and have largely ignored the gaps, pauses and lacunae that are an essential, and meaningful, part of any communicative act. Both the sociology of science and the history of science have also failed to highlight the varied functions of silence in the practice of science, despite interests in tacit knowledge and cultures of secrecy. Through a range of case studies from historical and contemporary situations, this volume draws attention to the significance of silence, its different qualities and uses, and the nature, function and meaning of silence for science and technology studies.

Central state and non-covert surveillance began in earnest at the start of the twentieth century. By the start of the twenty-first century, the UK was one of the most surveilled societies on earth. This groundbreaking volume by Inga Kroener analyses the particular combination of factors that have created this surveillance state. Kroener argues against the inevitability of the rise of CCTV that is so often found in this literature, to map out the early history of CCTV, tracing its development from a tool for education, safety and transport during the 1950s, to one of politics in the 1970s and 1980s, to eventually become a tool of surveillance during the 1990s. Within this analysis, the complex role of the public in 'allowing' the widespread and rapid dissemination of CCTV is discussed and the representation of CCTV in the media is also studied. This volume will be of interest to all scholars working in the fields of surveillance studies; science, technology and society departments; and social historians more generally.

Making a fresh contribution to the political history of science, this book explores the connections between the science policies of three countries that each experienced considerable political upheaval in the twentieth century: Spain, Italy and Argentina. By focussing on these three countries, the contributors are able to present case studies that highlight the characteristics and specificities of the democratic and dictatorial political processes involved in the production of science and technology. The focus on dictatorship presents the opportunity to expand our knowledge -beyond the more extensive literature about science in Nazi Germany and Stalinist USSR -about the level of political involvement of scientists in non-democratic contexts and to what extent they act as politicians in different contexts. Key topics covered include the new forms of organization and institutionalization of science in the twentieth century; the involvement of scientific communities in the governance of science and its institutions; the role of ideology in scientific development; the scientific practices adopted by scientific communities in different contexts; and the characteristics of science and technology produced in these contexts.

The Noerdlinger Ries and Steinheim Basin, two conspicuous geological structures in southern Germany, were traditionally viewed as somewhat enigmatic but nevertheless definitely volcanic edifices until they were finally recognized as impact craters in the 1960s. The changing views about the origin of the craters mark an important paradigm shift in the Earth sciences, from an Earth-centric approach to a planetary perspective that acknowledged Earth's place in the wider cosmos. Drawing on a range of printed sources, detailed archival material, letters, personal notes, and interviews with veterans of Ries research, Martina Koelbl-Ebert provides a detailed reconstruction, not only of the historical sequence of events throughout the twentieth century, but also of the personal thoughts, emotions and motives of the scientists involved and the social context of their research. She shows that there was a sudden reconnection of German researchers with the international scientific community, particularly with more progressive American researchers, after some twenty-five years of scientific isolation during the build-up to WWII and its aftermath. This reconnection brought about not only a new view of geoscience, but also saved German geology from self-sufficiency and patriotic arrogance by integrating it in an interdisciplinary and international framework. In so doing this book sheds much valuable light on an under-explored but crucial development in the way we understand Earth's history, as well as the way that science functioned during times of conflict.

This is the first detailed study of the role of the Church in the commercialization of milling in medieval England. Focusing on the period from the late eleventh to the mid sixteenth centuries, it examines the estate management practices of more than thirty English religious houses founded by the Benedictines, Cistercians, Augustinians and other minor orders, with an emphasis on the role played by mills and milling in the establishment and development of a range of different sized episcopal and conventual foundations. Contrary to the views espoused by a number of prominent historians of technology since the 1930s, the book demonstrates that patterns of mill acquisition, innovation and exploitation were shaped not only by the size, wealth and distribution of a house's estates, but also by environmental and demographic factors, changing cultural attitudes and legal conventions, prevailing and emergent technical traditions, the personal relations of a house with its patrons, tenants, servants and neighbours, and the entrepreneurial and administrative flair of bishops, abbots, priors and other ecclesiastical officials.

This book tells ten urban histories of science from nine cities-Athens, Barcelona, Budapest, Buenos Aires, Dublin (2 articles), Glasgow, Helsinki, Lisbon, and Naples-situated on the geographical margins of Europe and beyond. Ranging from the mid-nineteenth to the early twentieth centuries, the contents of this volume debate why and how we should study the scientific culture of cities, often considered "peripheral" in terms of their production of knowledge. How were scientific practices, debates and innovations intertwined with the highly dynamic urban space around 1900? The authors analyze zoological gardens, research stations, observatories, and international exhibitions, along with hospitals, newspapers, backstreets, and private homes while also stressing the importance of concrete urban spaces for the production and appropriation of knowledge. They uncover the diversity of actors and urban publics ranging from engineers, scientists, architects, and physicians to journalists, tuberculosis patients, and fishermen. Looking at these nine cities around 1900 is like glancing at a prism that produces different and even conflicting notions of modernity. In their totality, the ten case studies help to overcome an outdated centre-periphery model. This volume is, thus, able to address far more intriguing historiographical questions. How do science, technology, and medicine shape the debates about modernity and national identity in the urban space? To what degree do cities and the heterogeneous elements they contain have agency? These urban histories show that science and the city are consistently and continuously co-constructing each other.