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This wide-ranging book is an intellectual history of how informed readers read their Bibles over the past four hundred years, from the first translations in the sixteenth century to the emergence of fundamentalism in the twentieth century. In an astonishing display of erudition, David Katz recreates the response of readers from different eras by examining the horizon of expectations that provided the lens through which they read. In the Renaissance, says Katz, learned men rushed to apply the tools of textual analysis to the Testaments, fully confident that God's Word would open up and reveal shades of further truth. During the English Civil War, there was a symbiotic relationship between politics and religion, as the practical application of the biblical message was hammered out. Science - Newtonian and Darwinian, as well as the emerging disciplines of anthropology, archaeology, and geology - also had a great impact on how the Bible was received. The rise of the novel and the development of a concept of authorial copyright were other factors that altered readers' experience. Katz discusses all of these and more, concluding with the growth of fundamentalism in America, which broug
G. G. Stokes and Lord Kelvin helped bring about conceptual and institutional changes that transformed the science of physics. Indeed, they and their Victorian colleagues constituted one of the most significant groups of scientists in the whole history of science. This collection of letters was first published in 1990, and provides, therefore, invaluable insight and information for a period of major historical importance. Stokes and Kelvin corresponded for over fifty years as professors in Cambridge and Glasgow, respectively, thus amassing what is easily the largest extant correspondence between two Victorian physicists. The letters range widely over the people, ideas, and institutions of the age. They illuminate the histories of Cambridge and Glasgow Universities and the Royal Society of London, for example, as well as developments in electromagnetism, hydrodynamics, elasticity, optics, and X-rays. The editor's introduction describes the context of the pair's careers, while guiding the reader into their correspondence.