Peter Dear – författare

From the award-winning author of Revolutionizing the Sciences, a monumental historical account of how we came to see the world through the lens of scienceScience is the basis of our assumptions about ourselves and our world, from ideas about our evolutionary past to our conceptions of the vast expanses of space and the smallest particles of matter. In this panoramic book, acclaimed historian of science Peter Dear uncovers the roots of such beliefs, revealing how they constitute a natural philosophy that has been developed and refined over the course of centuries—and how the world as we have come to know it was by no means inevitable.In a sweeping, multifaceted narrative, Dear describes some of the most breathtaking accomplishments in the advance of human knowledge, such as Isaac Newton’s laws of motion and gravitation, Carl Linnaeus’s taxonomy, Antoine Lavoisier’s new chemistry, Charles Darwin’s theory of evolution, and Albert Einstein’s theories of relativity. Challenging the notion that science is only about “making discoveries,” he shows how our world has been formed by people, institutions, and cultural assumptions, giving rise to disciplines ranging from biology and astrophysics to electromagnetism and the social sciences.Taking readers from the early eighteenth century to today, The World as We Know It reveals how our ideas about our place in the universe were bequeathed to us by individuals, cultures, and a curiosity that knows no bounds.

Scientific Practices in European History, 1200–1800 presents and situates a collection of extracts from both widely known texts by such figures as Copernicus, Newton, and Lavoisier, and lesser known but significant items, all chosen to provide a perspective on topics in social, cultural and intellectual history and to illuminate the concerns of the early modern period.

The selection of extracts highlights the emerging technical preoccupations of this period, while the accompanying introductions and annotations make these occasionally complex works accessible to students and non-specialists. The book follows a largely chronological sequence and helps to locate scientific ideas and practices within broader European history.

The primary source materials in this collection stand alone as texts in themselves, but in illustrating the scientific components of early modern societies they also make this book ideal for teachers and students of European history.

Scientific Practices in European History, 1200–1800 presents and situates a collection of extracts from both widely known texts by such figures as Copernicus, Newton, and Lavoisier, and lesser known but significant items, all chosen to provide a perspective on topics in social, cultural and intellectual history and to illuminate the concerns of the early modern period.

The selection of extracts highlights the emerging technical preoccupations of this period, while the accompanying introductions and annotations make these occasionally complex works accessible to students and non-specialists. The book follows a largely chronological sequence and helps to locate scientific ideas and practices within broader European history.

The primary source materials in this collection stand alone as texts in themselves, but in illustrating the scientific components of early modern societies they also make this book ideal for teachers and students of European history.

This heavily revised third edition of an award-winning text offers a keen insight into the development of scientific thought in early modern Europe. Including coverage of the central scientific figures of the time, including Copernicus, Kelper, Galileo, Newton and Bacon, this book provides a comprehensive overview of how the Scientific Revolution happened and why.  Highlighting Europe’s colonial and trade expansion in the sixteenth and seventeenth centuries, Peter Dear traces the revolution in scientific thought that changed the natural world from something to be contemplated into something to be used.

In this volume, seven historians of science examine the historical creation and meaning of a range of scientific textual forms from the seventeenth to the late nineteenth centuries. They consider examples from the fields of chemistry, medicine, physics, zoology, physiology, and mathematics, exposing the rich possibilities for a new, historically rooted approach to our scientific cultural heritage.Peter Dear presents the case for "taking texts seriously"—asking historians of science to confront issues and techniques moving to the forefront in a number of disciplines, and asking literary scholars and literary-minded intellectual historians not to "put science quietly to one side," or treat it as a mere source of cultural metaphors, but to understand it in terms of historically specific textual construction.The Literary Structure of Scientific Argument will interest historians, philosophers, and sociologists, as well as literary scholars concerned with science.