Download Free Scientific Culture And Urbanisation In Industrialising Britain Book in PDF and EPUB Free Download. You can read online Scientific Culture And Urbanisation In Industrialising Britain and write the review.

Ian Inkster’s intent in these studies is to move beyond the high culture and expertise of science towards the construction of the culture of urban communities. The work draws on a mass of detailed research and focuses on Britain's social and cultural advantages over other industrialising nations in the years prior to the Great Exhibition of 1851, an advantage which was not created by any single decision, nor by any explicit investment effect. Out of urban culture emerged a public sphere and an information system within which class divisions were abrogated; at the same time the relations between information and technique became complex and decidedly non-linear. So was created a social asset drawn upon by business interests, technicians, tinkerers and inventors throughout the period, and for some considerable time beyond it. Industrial Britain was made from diverse materials, amongst which were those fabricated in the course of cultural dissent and social ambition.
Ian Inkster's intent in these studies is to move beyond the high culture and expertise of science towards the construction of the culture of urban communities. The work draws on a mass of detailed research and focuses on Britain's social and cultural advantages over other industrialising nations in the years prior to the Great Exhibition of 1851, an advantage which was not created by any single decision, nor by any explicit investment effect. Out of urban culture emerged a public sphere and an information system within which class divisions were abrogated; at the same time the relations between information and technique became complex and decidedly non-linear. So was created a social asset drawn upon by business interests, technicians, tinkerers and inventors throughout the period, and for some considerable time beyond it. Industrial Britain was made from diverse materials, amongst which were those fabricated in the course of cultural dissent and social ambition.
Scientific culture was one of the defining characteristics of the English Enlightenment. The latest discoveries were debated in homes, institutions and towns around the country. But how did the dissemination of scientific knowledge vary with geographical location? What were the differing influences in town and country and from region to region? Enlightenment, Modernity and Science provides the first full length study of the geographies of Georgian scientific culture in England. The author takes the reader on a tour of the principal arenas in which scientific ideas were disseminated, including home, town and countryside, to show how cultures of science and knowledge varied across the Georgian landscape. Taking in key figures such as Erasmus Darwin, Abraham Bennett, and Joseph Priestley along the way, it is a work that sheds important light on the complex geographies of Georgian English scientific culture.
The relationship between science and civil society is essential to our understanding of cultural change during the Victorian era. Science was frequently packaged as an appropriate form of civic culture, inculcating virtues necessary for civic progress. In turn, civic culture was presented as an appropriate context for enabling and supporting scientific progress. Finnegan's study looks at the shifting nature of this process during the nineteenth century, using Scotland as the focus for his argument. Considerations of class, religion and gender are explored, illuminating changing social identities as public interest in science was allowed—even encouraged—beyond the environs of universities and elite metropolitan societies.
This second collection of studies by Maurice Crosland has as a first theme the differences in the style and organisation of scientific activity in Britain and France in the 18th and early 19th centuries. Science was more closely controlled in France, notably by the Paris Academy of Sciences, and the work of provincial amateurs much less prominent than in Britain. The most dramatic change in any branch of science during this period was in chemistry, largely through the work of Lavoisier and his colleagues, the focus of several articles here, and the dominance of this group caused considerable resentment outside France, not least by Joseph Priestley. The issue of authority in science emerges again, within France under the rule of Napoleon, in a study of the exceptional power exercised by the great mathematician Laplace both in theoretical science and in academic politics. This exploration of organisation and power is complemented by a comparative study of the practice of early 'physics' and chemistry and their different reliance on laboratories. This raises the question of whether chemistry provided a model for later experimental work in other sciences, both through the construction of pioneering laboratories and in establishing early schools of research.
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 Reader's Guide to British History is the essential source to secondary material on British history. This resource contains over 1,000 A-Z entries on the history of Britain, from ancient and Roman Britain to the present day. Each entry lists 6-12 of the best-known books on the subject, then discusses those works in an essay of 800 to 1,000 words prepared by an expert in the field. The essays provide advice on the range and depth of coverage as well as the emphasis and point of view espoused in each publication.
The Genius of Erasmus Darwin provides insight into the full extent of Erasmus Darwin's exceptional intellect. He is shown to be a major creative thinker and innovator, one of the minds behind the late eighteenth-century industrial revolution, and one of the first, if not the first, to perceive the living world (including humans) as part of a unified evolutionary scenario. The contributions here provide contextual understandings of Erasmus Darwin's thought, as well as studies of particular works and accounts of the later reception of his writings. In this way it is possible to see why the young Samuel Taylor Coleridge was moved to describe Darwin as 'the first literary character in Europe, and the most original-minded man'.Erasmus Darwin, Charles Darwin's grandfather, was one of the leading intellectuals of eighteenth-century England. He was a man with an extraordinary range of interests and activities: he was a doctor, biologist, inventor, poet, linguist and botanist. He was also a founding member of the Lunar Society, an intellectual community that included such eminent men as James Watt and Josiah Wedgwood.
To explain the importance of scientific research and technological innovation for industrial countries and in particular for the EU, in order to improve or to maintain economic leadership, is the central idea of this volume. It starts with a historical and theoretical perspective on scientific-technological innovation and its importance for industrial growth. Then it analyzes EU policy framework and strategies for R&D and it presents several national success stories both from EU and non-EU countries to confirm the theoretical perspective.
Provocative new account of the importance of knowledge to the economic transformation of western Europe during the Industrial Revolution.