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From chatelaines to whale blubber, ice making machines to stained glass, this six-volume collection will be of interest to the scholar, student or general reader alike - anyone who has an urge to learn more about Victorian things. The set brings together a range of primary sources on Victorian material culture and discusses the most significant developments in material history from across the nineteenth century. The collection will demonstrate the significance of objects in the everyday lives of the Victorians and addresses important questions about how we classify and categorise nineteenth-century things. This second volume, ‘Science and Medicine', will examine objects (from the most significant to the most obscure) that played a part in nineteenth-century scientific developments.

No one has given the polymath Thomas Young (1773–1829) the all-round examination he so richly deserves—until now. Celebrated biographer Andrew Robinson portrays a man who solved mystery after mystery in the face of ridicule and rejection, and never sought fame. As a physicist, Young challenged the theories of Isaac Newton and proved that light is a wave. As a physician, he showed how the eye focuses and proposed the three-colour theory of vision, only confirmed a century and a half later. As an Egyptologist, he made crucial contributions to deciphering the Rosetta Stone. It is hard to grasp how much Young knew. This biography is the fascinating story of a driven yet modest hero who cared less about what others thought of him than for the joys of an unbridled pursuit of knowledge—with a new foreword by Martin Rees and a new postscript discussing polymathy in the two centuries since the time of Young. It returns this neglected genius to his proper position in the pantheon of great scientific thinkers.

The rich and fascinating history of the scientific revolution of the Victorian Era, leading to transformative advances in the twentieth and twenty-first centuries.The Victorians invented the idea of the future. They saw it as an undiscovered country, one ripe for exploration and colonization. And to get us there, they created a new way of ordering and transforming nature, built on grand designs and the mass-mobilization of the resources of the British Empire. With their expert culture of accuracy and precision, they created telegraphs and telephones, electric trams and railways, built machines that could think, and devised engines that could reach for the skies. When Cyrus Field's audacious plan to lay a telegraph cable across the Atlantic finally succeeded in 1866, it showed how science, properly disciplined, could make new worlds. As crowds flocked to the Great Exhibition of 1851 and the exhibitions its success inaugurated, they came to see the future made fact—to see the future being built before their eyes. In this rich and absorbing book, a distinguished historian of science tells the story of how this future was made. From Charles Babbage's dream of mechanizing mathematics to Isambard Kingdom Brunel's tunnel beneath the Thames to George's Cayley's fantasies of powered flight and Nikola Tesla's visions of an electrical world, it is a story of towering personalities, clashing ambitions, furious rivalries and conflicting cultures—a rich tapestry of remarkable lives that transformed the world beyond recognition and ultimately took mankind to the Moon

Contingency is not just a feature of modern politics, finance, and culture—by thinking contingently, nineteenth-century Britons rewrote familiar narratives and upended forgone conclusions. Victorian Contingencies shows how scientists, novelists, and consumers engaged in new formal and material experiments with cause and effect, past and present, that actively undermined routine certainties. Tina Young Choi traces contingency across a wide range of materials and media, from newspaper advertisements and children's stories to well-known novels, scientific discoveries, technological innovations. She shows how Charles Lyell and Charles Darwin reinvented geological and natural histories as spaces for temporal and causal experimentation, while the nascent insurance industry influenced Charles Babbage's computational designs for a machine capable of responding to a contingent future. Choi pairs novelists George Eliot and Lewis Carroll with physicist James Clerk Maxwell, demonstrating how they introduced possibility and probability into once-assured literary and scientific narratives. And she explores the popular board games and pre-cinematic visual entertainments that encouraged Victorians to navigate a world made newly uncertain. By locating contingency within these cultural contexts, this book invites a deep and multidisciplinary reassessment of the longer histories of causality, closure, and chance.

'Here is a wonderful and wittily written introduction to science as the art of asking open questions and not jumping to conclusions. It's also an amusing excursion through evolution and anthropology which packs in a lot of learning with the lightest of touches. A much-needed antidote to the bludgeoning crudity of so much writing in both science and religion.'REVEREND DOCTOR MALCOLM GUITE Poet, singer-songwriter, priest, and academic Chaplain at Girton College CambridgeJoin Harriet, Darwin's pet tortoise, and Milton, Schrodinger's indecisive cat on a time-travelling quest of discovery, unravelling scientific exploration and religious beliefs and how they fit together.Throughout the centuries humans have been looking for answers to BIG questions - how did the universe start? Is there a God behind it? Has science explained away the need for a God, or can faith enhance scientific discovery?On this adventure, Harriet and Milton meet the great Victorian scientists. Voyage with Darwin as he worked out his theory of Evolution. Step into Harriet and Milton's time machine, bring some snacks, and enjoy this curious quest of discovery.Written by Julia Golding, winner of the Waterstones Children's Book Prize 2006, and the Nestle Smarties Book Prize 2006.

This title was first published in 2003. Donald Cardwell's interest in the inter-relationships between science, technology, education and society are exemplified in the selection of his studies and essays brought together here. The first section deals with the rise of scientific education in Britain, comparing it with that on the Continent. The next studies explore the development of the scientific understanding of power, especially steam power, and its application in the new technologies of the Industrial Revolution. The final section looks at learned societies, and in particular at Manchester, making explicit a theme running through many of the articles - the reasons why science, society and education came together to make this city what he called'the centre of the industrial revolution'.

The Palace of Westminster, home to Britain's Houses of Parliament, is one of the most studied buildings in the world. What is less well known is that while Parliament was primarily a political building, when built between 1834 and 1860, it was also a place of scientific activity. The construction of Britain's legislature presents an extraordinary story in which politicians and officials laboured to make their new Parliament the most radical, modern building of its time by using the very latest scientific knowledge. Experimentalists employed the House of Commons as a chemistry laboratory, geologists argued over the Palace's stone, natural philosophers hung meat around the building to measure air purity, and mathematicians schemed to make Parliament the first public space where every room would have electrically-controlled time. Through such dramatic projects, Edward J. Gillin redefines our understanding of the Palace of Westminster and explores the politically troublesome character of Victorian science.

The essays in Strange Science examine marginal, fringe, and unconventional forms of scientific inquiry, as well as their cultural representations, in the Victorian period. Although now relegated to the category of the pseudoscientific, fields like mesmerism and psychical research captured the imagination of the Victorian public. Conversely, many branches of science now viewed as uncontroversial, such as physics and botany, were often associated with unorthodox methods of inquiry. Whether ultimately incorporated into mainstream scientific thought or categorized by 21st century historians as pseudo- or even anti-scientific, these sciences generated conversation, enthusiasm, and controversy within Victorian society. To date, scholarship addressing Victorian pseudoscience tends to focus either on a particular popular science within its social context or on how mainstream scientific practice distinguished itself from more contested forms. Strange Science takes a different approach by placing a range of sciences in conversation with one another and examining the similar unconventional methods of inquiry adopted by both now-established scientific fields and their marginalized counterparts during the Victorian period. In doing so, Strange Science reveals the degree to which scientific discourse of this period was radically speculative, frequently attempting to challenge or extend the apparent boundaries of the natural world. This interdisciplinary collection will appeal to scholars in the fields of Victorian literature, cultural studies, the history of the body, and the history of science.

This book offers the first in-depth study of the masculine self-fashioning of scientific practitioners in nineteenth and early twentieth-century Britain. Focusing on the British Association for the Advancement of Science, founded in 1831, it explores the complex and dynamic shifts in the public image of the British ‘man of science'and questions the status of the natural scientist as a modern masculine hero. Until now, science has been examined by cultural historians primarily for evidence about the ways in which scientific discourses have shaped prevailing notions about women and supported the growth of oppressive patriarchal structures. This volume, by contrast, offers the first in-depth study of the importance of ideals of masculinity in the construction of the male scientist and British scientific culture in the nineteenth and early twentieth centuries. From the eighteenth-century identification of the natural philosopher with the reclusive scholar, to early nineteenth-century attempts to reinvent the scientist as a fashionable gentleman, to his subsequent reimagining as the epitome of Victorian moral earnestness and meritocracy, Heather Ellis analyzes the complex and changing public image of the British ‘man of science'.

This volume looks afresh at the life and works of Lord Kelvin including his standing and relationships with Charles Darwin, T. S Huxley and the X-club, thereby throwing new light on the nineteenth-century conflict between the British energy and biology specialists. It focuses on two principal issues. Firstly, there is the contribution made by Kelvin to the formulation of the Laws of Thermodynamics, both personal and in the content of the scientific communications exchanged with other workers, such as Joule and Clausius. Secondly, there is Kelvin's impact on the wider field of science such as thermoelectricity and geology (determination of the age of the earth). Of late a number of studies and initiatives, including the Centenary celebrations of Kelvin's death and exhibits such as that of the ‘Revolutionary Scientist'in the Hunterian Museum, Glasgow, have been undertaken aiding the redefinition of Kelvin's greatness and achievements. The book also raises awareness to ‘improve our approach to the teaching of elementary thermodynamics by attempting to empathise with Kelvin's perspective'. It is completed by a full biography, overviews of various monuments to his memory, and short ‘Stories in Pictures'on the Atlantic cable, Maxwell's Demon, the universities associated with the development of thermodynamics and the Royal Society of Edinburgh. Scientists and engineers with an interest in thermodynamics and anyone interested in the work of Lord Kelvin will find benefit in Kelvin, Thermodynamics and the Natural World.

Through a reassessment of phrenology, Phrenology and the Origins of Victorian Scientific Naturalism sheds light on all kinds of works in Victorian Britain and America which have previously been unnoticed or were simply referred to with a vague'naturalism of the times'explanation. It is often assumed that the scientific naturalism familiar in late nineteenth century writers such as T.H. Huxley and John Tyndall are the effects of a'Darwinian revolution'unleashed in 1859 on an unsuspecting world following the publication of The Origin of Species. Yet it can be misleading to view Darwin's work in isolation, without locating it in the context of a well established and vigorous debate concerning scientific naturalism. Throughout the nineteenth century intellectuals and societies had been discussing the relationship between nature and man, and the scientific and religious implications thereof. At the forefront of these debates were the advocates of phrenology, who sought to apply their theories to a wide range of subjects, from medicine and the treatment of the insane, to education, theology and even economic theories. Showing how ideas about naturalism and the doctrine of natural laws were born in the early phrenology controversies in the 1820s, this book charts the spread of such views. It argues that one book in particular, The Constitution of Man in Relation to External Objects (1828) by George Combe, had an enormous influence on scientific thinking and the popularity of the'naturalistic movement'. The Constitution was one of the best-selling books of the nineteenth century, being published continuously from 1828 to 1899, and selling more than 350,000 copies throughout the world, many times more than Dawin's The Origin of Species. By restoring Combe and his work to centre stage it provides modern scholars with a more accurate picture of the Victorians'view of their place in Nature.

During the Victorian period, the practice of science shifted from a religious context to a naturalistic one. It is generally assumed that this shift occurred because naturalistic science was distinct from and superior to theistic science. Yet as Huxley's Church and Maxwell's Demon reveals, most of the methodological values underlying scientific practice were virtually identical for the theists and the naturalists: each agreed on the importance of the uniformity of natural laws, the use of hypothesis and theory, the moral value of science, and intellectual freedom. But if scientific naturalism did not rise to dominance because of its methodological superiority, then how did it triumph? Matthew Stanley explores the overlap and shift between theistic and naturalistic science through a parallel study of two major scientific figures: James Clerk Maxwell, a devout Christian physicist, and Thomas Henry Huxley, the iconoclast biologist who coined the word agnostic. Both were deeply engaged in the methodological, institutional, and political issues that were crucial to the theistic-naturalistic transformation. What Stanley's analysis of these figures reveals is that the scientific naturalists executed a number of strategies over a generation to gain control of the institutions of scientific education and to reimagine the history of their discipline. Rather than a sudden revolution, the similarity between theistic and naturalistic science allowed for a relatively smooth transition in practice from the old guard to the new.

The first half of the nineteenth century witnessed an extraordinary transformation in British political, literary, and intellectual life. There was widespread social unrest, and debates raged regarding education, the lives of the working class, and the new industrial, machine-governed world. At the same time, modern science emerged in Europe in more or less its current form, as new disciplines and revolutionary concepts, including evolution and the vastness of geologic time, began to take shape. In Visions of Science, James A. Secord offers a new way to capture this unique moment of change. He explores seven key books—among them Charles Babbage's Reflections on the Decline of Science, Charles Lyell's Principles ofGeology, Mary Somerville's Connexion of the Physical Sciences, and Thomas Carlyle's Sartor Resartus—and shows how literature that reflects on the wider meaning of science can be revelatory when granted the kind of close reading usually reserved for fiction and poetry. These books considered the meanings of science and its place in modern life, looking to the future, coordinating and connecting the sciences, and forging knowledge that would be appropriate for the new age. Their aim was often philosophical, but Secord shows it was just as often imaginative, projective, and practical: to suggest not only how to think about the natural world but also to indicate modes of action and potential consequences in an era of unparalleled change. Visions of Science opens our eyes to how genteel ladies, working men, and the literary elite responded to these remarkable works. It reveals the importance of understanding the physical qualities of books and the key role of printers and publishers, from factories pouring out cheap compendia to fashionable publishing houses in London's West End. Secord's vivid account takes us to the heart of an information revolution that was to have profound consequences for the making of the modern world.

Victorian Scientific Naturalism examines the secular creeds of the generation of intellectuals who, in the wake of The Origin of Species, wrested cultural authority from the old Anglican establishment while installing themselves as a new professional scientific elite. These scientific naturalists—led by biologists, physicists, and mathematicians such as William Kingdon Clifford, Joseph Dalton Hooker, Thomas Henry Huxley, and John Tyndall—sought to persuade both the state and the public that scientists, not theologians, should be granted cultural authority, since their expertise gave them special insight into society, politics, and even ethics. In Victorian Scientific Naturalism, Gowan Dawson and Bernard Lightman bring together new essays by leading historians of science and literary critics that recall these scientific naturalists, in light of recent scholarship that has tended to sideline them, and that reevaluate their place in the broader landscape of nineteenth-century Britain. Ranging in topic from daring climbing expeditions in the Alps to the maintenance of aristocratic protocols of conduct at Kew Gardens, these essays offer a series of new perspectives on Victorian scientific naturalism—as well as its subsequent incarnations in the early twentieth century—that together provide an innovative understanding of the movement centering on the issues of community, identity, and continuity.

Mary Somerville (1780-1872), after whom Somerville College Oxford was named, was the first woman scientist to win an international reputation entirely in her own right, rather than through association with a scientific brother or father.She was active in astronomy, one of the most demanding areas of science of the day, and flourished in the unique British tradition of Grand Amateurs, who paid their own way and were not affiliated with any academic institution.Mary Somerville was to science what Jane Austen was to literature and Frances Trollope to travel writing. Allan Chapman's vivid account brings to light the story of an exceptional woman, whose achievements in a field dominated by men deserve to be very widely known.

It is paradoxical that instinct became a central term for late Victorian sexual sciences as they were elaborated in the medicalized spaces of confession and introspection, given that instinct had long been defined in its opposition to self-conscious thought. The Ploy of Instinct ties this paradox to instinct's deployment in conceptualizing governmentality.Instinct's domain, Frederickson argues, extended well beyond the women, workers, and “savages” to whom it was so often ascribed. The concept of instinct helped to gloss over contradictions in British liberal ideology made palpable as turn-of-the-century writers grappled with the legacy of Enlightenment humanism. For elite European men, instinct became both an agent of “progress” and a force that, in contrast to desire, offered a plenitude in answer to the alienation of self-consciousness.This shift in instinct's appeal to privileged European men modified the governmentality of empire, labor, and gender. The book traces these changes through parliamentary papers, pornographic fiction, accounts of Aboriginal Australians, suffragette memoirs, and scientific texts in evolutionary theory, sexology, and early psychoanalysis.

In Geographies of Nineteenth-Century Science, David N. Livingstone and Charles W. J. Withers gather essays that deftly navigate the spaces of science in this significant period and reveal how each is embedded in wider systems of meaning, authority, and identity. Chapters from a distinguished range of contributors explore the places of creation, the paths of knowledge transmission and reception, and the import of exchange networks at various scales. Studies range from the inspection of the places of London science, which show how different scientific sites operated different moral and epistemic economies, to the scrutiny of the ways in which the museum space of the Smithsonian Institution and the expansive space of the American West produced science and framed geographical understanding. This volume makes clear that the science of this era varied in its constitution and reputation in relation to place and personnel, in its nature by virtue of its different epistemic practices, in its audiences, and in the ways in which it was put to work.

An examination of a pivotal moment in the history of science through the career and cultural impact of the historically neglected Victorian physicist John Tyndall, establishing him as an important figure of the period, whose scientific discoveries and philosophy of science in society are still relevant today.

The ideas of Charles Darwin and his fellow Victorian scientists have had an abiding effect on the modern world. But at the time The Origin of Species was published in 1859, the British public looked not to practicing scientists but to a growing group of professional writers and journalists to interpret the larger meaning of scientific theories in terms they could understand and in ways they could appreciate. Victorian Popularizers of Science focuses on this important group of men and women who wrote about science for a general audience in the second half of the nineteenth century. Bernard Lightman examines more than thirty of the most prolific, influential, and interesting popularizers of the day, investigating the dramatic lecturing techniques, vivid illustrations, and accessible literary styles they used to communicate with their audience. By focusing on a forgotten coterie of science writers, their publishers, and their public, Lightman offers new insights into the role of women in scientific inquiry, the market for scientific knowledge, tensions between religion and science, and the complexities of scientific authority in nineteenth-century Britain.

'Sciences'were named and formed with great speed in the nineteenth century. Yet what constitutes a'true'science? The Victorian era facilitated the rise of practices such as phrenology and physiognomy, so-called sciences that lost their status and fell out of use rather swiftly. This collection of essays seeks to examine the marginalised sciences of the nineteenth century in an attempt to define the shifting centres of scientific thinking, specifically asking: how do some sciences emerge to occupy central ground and how do others become consigned to the margins? The essays in this collection explore the influence of nineteenth-century culture on the rise of these sciences, investigating the emergence of marginal sciences such as scriptural geology and spiritualism.'Repositioning Victorian Sciences'is a valuable addition to our understanding of nineteenth-century science in its original context, and will also be of great interest to those studying the era as a whole.

Essays examining the ways in which the Victorian periodical press presented the scientific developments of the time to general and specialized audiences.Nineteenth-century Britain saw an explosion of periodical literature, with the publication of over 100,000 different magazines and newspapers for a growing market of eager readers. The Victorian periodical press became an important medium for the dissemination of scientific ideas. Every major scientific advance in the nineteenth century was trumpeted and analyzed in periodicals ranging from intellectual quarterlies such as the Edinburgh Review to popular weeklies like the Mirror of Literature, from religious periodicals such as the Evangelical Magazine to the atheistic Oracle of Reason. Scientific articles appeared side by side with the latest fiction or political reporting, while articles on nonscientific topics and serialized novels invoked scientific theories or used analogies drawn from science.The essays collected in Science Serialized examine the variety of ways in which the nineteenth-century periodical press represented science to both general and specialized readerships. They explore the role of scientific controversy in the press and the cultural politics of publication. Subject range from the presentation of botany in women's magazines to the highly public dispute between Darwin and Samuel Butler, and from discussions of the mind-body problem to those of energy physics. Contributorsinclude leading scholars in the fields of history of science and literature: Ann B. Shteir, Jonathan Topham, Frank A. J. L. James, Roger Smith, Graeme Gooday, Crosbie Smith, Ian Higginson, Gillian Beer, Bernard Lightman, Helen Small, Gowan Dawson, Jonathan Smith, James G. Paradis, and Harriet Ritvo

From Galaxies to Turbines: Science, Technology and the Parsons Family looks at the way science and industry relate to each other, and at the way social attitudes affect this relationship. An expert on the Parsons Family, the author beautifully illustrates this by tracing the story of the remarkable endeavors of the Parsons family during the 125 years that embraced their lives in Ireland and Great Britain during the developing Industrial Revolution. The father of the family, William Parsons, Earl of Rosse, discovered the Spiral Nebulae at his observatory in Ireland and displayed an unusual familiarity with engineering principles in the building of his two giant telescopes. His son, Charles, was at the forefront of the new age of technology among shipbuilders and engineers in the northeast coast of England. Lavishly illustrated throughout, with a handy family tree and map of the River Tyne pin-pointing key historic events, this is a highly accessible and fascinating account for the general reader interested in the way scientific knowledge and industrial application have slowly emerged in recent history.

Science always raises more questions than it can contain. These acclaimed and challenging essays explore how ideas are transformed as they come under the stress of unforeseen readers. Using a wealth of material from diverse nineteenth- and twentieth-century writing, Gillian Beer tracks encounters between science, literature, and other forms of emotional experience. Her analysis discloses issues of chance, gender, nation, and desire. A substantial group of essays centres on Darwin and the incentives of his thinking from language theory to his encounters with Fuegians. Other essays include Hardy, Helmholtz, Hopkins, Clerk Maxwell, and Woolf. The collection throws a different light on Victorian experience and the rise of modernism, and engages with current controversies about the place of science in culture.

Victorians were fascinated by the flood of strange new worlds that science was opening to them. Exotic plants and animals poured into London from all corners of the Empire, while revolutionary theories such as the radical idea that humans might be descended from apes drew crowds to heated debates. Men and women of all social classes avidly collected scientific specimens for display in their homes and devoured literature about science and its practitioners. Victorian Science in Context captures the essence of this fascination, charting the many ways in which science influenced and was influenced by the larger Victorian culture. Contributions from leading scholars in history, literature, and the history of science explore questions such as: What did science mean to the Victorians? For whom was Victorian science written? What ideological messages did it convey? The contributors show how practical concerns interacted with contextual issues to mold Victorian science—which in turn shaped much of the relationship between modern science and culture.

Some Nineteenth Century British Scientists presents the biographies of eight British scientists who represent the state of science in the second half of the Victorian era: Charles Wyville Thomson, James Murray, Arthur Cayley, Francis Galton, William Thomson, Lord Kelvin, Norman Lockyer, Sidney Gilchrist Thomas, and William Ramsay. This book is comprised of seven chapters and begins by focusing on the contributions and achievements of Charles Wyville Thomson in the fields of natural history, marine biology, and deep-sea exploration, especially his expedition aboard H.M.S. Challenger, and of James Murray in oceanography. Subsequent chapters discuss the works of Arthur Cayley (mathematics), Francis Galton (exploration, anthropology, and eugenics), and William Thomson, Lord Kelvin (mathematical physics). The achievements of Norman Lockyer (astrophysics), Sidney Gilchrist Thomas (inventor of the Thomas-Gilchrist process for eliminating phosphorus in the Bessemer converter), and William Ramsay (chemistry) are also considered. This monograph will be a useful resource for students and scientists alike.

Mid-Nineteenth-Century Scientists collects together the significant biographies of eight English scientists, namely, Charles Babbage, Charles Darwin, James Prescott Joule, Hugh Powell, Joseph Lister, and William Henry Perkin. This book covers a wide range of topics in mathematics, biology, physics, and chemistry. Organized into six chapters, this book begins with an overview of the Charles Babbage's first idea on calculating tables by machinery to eliminate as far as possible any human actions in the process of calculation. This text then presents a biography of Charles Darwin, with emphasis on his contributions to science through his theory of the evolution of species. Other chapters consider James Joule's determination of the mechanical equivalent of heat by means of a paddle-wheel rotating in water. This book discusses as well Joseph Lister's greatest achievement in improving surgery. The final chapter deals with William Henry Perkin's empirical approach to synthesis that led him to his discovery of mauveine. This book is a valuable resource for scientists, teachers, and students.