Sinceits founding by Jacques Waardenburg in 1971, Religion and Reason has been a leading forum for contributions on theories, theoretical issues and agendas related to the phenomenon and the study of religion. Topics include (among others) category formation, comparison, ethnophilosophy, hermeneutics, methodology, myth, phenomenology, philosophy of science, scientific atheism, structuralism, and theories of religion. From time to time the series publishes volumes that map the state of the art and the history of the discipline.

The series Religion and Society (RS) contributes to the exploration of religions as social systems- both in Western and non-Western societies; in particular, it examines religions in their differentiation from, and intersection with, other cultural systems, such as art, economy, law and politics. Due attention is given to paradigmatic case or comparative studies that exhibit a clear theoretical orientation with the empirical and historical data of religion and such aspects of religion as ritual, the religious imagination, constructions of tradition, iconography, or media. In addition, the formation of religious communities, their construction of identity, and their relation to society and the wider public are key issues of this series.

Sequencing is often associated with the Human Genome Project and celebrated achievements concerning the DNA molecule. However, the history of this practice comprises not only academic biology, but also the world of computer-assisted information management. The book uncovers this history, qualifying the hype and expectations around genomics.

This book is an informal autobiography by John West MD PhD. He obtained his medical degree in Adelaide, Australia and then spent 15 years mainly at the Royal Postgraduate Medical School, Hammersmith Hospital in London where he, with others, used radioactive oxygen-15 to make the first description of the uneven regional distribution of blood flow in the lung. In 1960-1961, he was a member of the Himalayan Scientific and Mountaineering Expedition led by Sir Edmund Hillary who had made the first ascent of Mt Everest 7 years before. During the expedition about 6 scientists spent up to three months at an altitude of 5800 m studying the effects of this very high altitude on human physiology. Because of his interests in the effects of gravity on the lung, Dr. West spent a year at the NASA Ames Research Center in Mountain View, California in 1967-1968. While there he submitted a proposal to NASA to measure pulmonary function of astronauts in space, and this was funded. Later, in 1981 he organized the American Medical Research Expedition to Everest during which the first measurements of human physiology on the summit, altitude 8848 m, were obtained. In the 1990's, Dr. West's team made the first comprehensive measurements of pulmonary function of astronauts in space using SpaceLab which was taken up in the Shuttle.

This book examines the transmission processes of the Aristotelian Mechanics. It does so to enable readers to appreciate the value of the treatise based on solid knowledge of the principles of the text. In addition, the book's critical examination helps clear up many of the current misunderstandings about the transmission of the text and the diagrams. The first part of the book sets out the Greek manuscript tradition of the Mechanics, resulting in a newly established stemma codicum that illustrates the affiliations of the manuscripts. This research has led to new insights into the transmission of the treatise, most importantly, it also demonstrates an urgent need for a new text. A first critical edition of the diagrams contained in the Greek manuscripts of the treatise is also presented. These diagrams are not only significant for a reconstruction of the text but can also be considered as a commentary on the text. Diagrams are thus revealed to be a powerful tool in studying processes of the transfer and transformation of knowledge. This becomes especially relevant when the manuscript diagrams are compared with those in the printed editions and in commentaries from the early modern period. The final part of the book shows that these early modern diagrams and images reflect the altered scope of the mechanical discipline in the sixteenth century.

A GUARDIAN, ECONOMIST AND PROSPECT BOOK OF THE YEAR 'A superb book' Simon Sebag Montefiore 'An empowering story of human ingenuity' Economist 'Full of curious facts' The Times Causes of death have changed irrevocably across time. In the course of a few centuries we have gone from a world where disease or violence were likely to strike anyone at any age, and where famine could be just one bad harvest away, to one where in many countries excess food is more of a problem than a lack of it. Why have the reasons we die changed so much? How is it that a century ago people died mainly from infectious disease, while today the leading causes of death in industrialised nations are heart disease and stroke? And what do changing causes of death reveal about how previous generations have lived? University of Manchester Professor Andrew Doig provides an eye-opening portrait of death throughout history, looking at particular causes - from infectious disease to genetic disease, violence to diet - who they affected, and the people who made it possible to overcome them. Along the way we hear about the long and torturous story of the discovery of vitamin C and its role in preventing scurvy; the Irish immigrant who opened the first washhouse for the poor of Liverpool, and in so doing educated the public on the importance of cleanliness in combating disease; and the Church of England curate who, finding his new church equipped with a telephone, started the Samaritans to assist those in emotional distress. This Mortal Coil is a thrilling story of growing medical knowledge and social organisation, of achievement and, looking to the future, of promise.

This volume presents a collection of original papers at the intersection of philosophy, the history of science, cultural and theatrical studies. Based on a series of case studies on the 17th century, it contributes to an understanding of the role played by instruments at the interface of science and art. The papers pursue the hypothesis that the development and construction of instruments make a substantive contribution to the opening of new fields of knowledge, the development of new cultural practices, but also to the delineation of particular genres, methods, and disciplines. This perspective leads the authors to reflect anew on what actually defines an instrument and to develop a series of basic questions to determine what an instrument is - which actions does the instrument incorporate? - which actions does the instrument make possible? - when do the objects of examination themselves become instruments? - what skills are required to use an instrument, which skills does it produce? With its combination of new theoretical models and historical case studies, its detailed demonstration of the mutual influence of art and science with the instrument as the point of intersection, this volume enters new territory. It is of great value for all those interested in the history of our perception of instruments. Besides the editors, the authors of the papers are: Joerg Jochen Berns, Olaf Breidbach, Georges Didi-Huberman, Peter Galison, Sybille Kramer, Dieter Mersch, Hans-Joerg Rheinberger, Wilhelm Schmidt-Biggemann, and Otto Sibum.

The history of the development of Euclidean, non-Euclidean, and relativistic ideas of the shape of the universe, is presented in this lively account by Jeremy Gray. The parallel postulate of Euclidean geometry occupies a unique position in the history of mathematics. In this book, Jeremy Gray reviews the failure of classical attempts to prove the postulate and then proceeds to show how the work of Gauss, Lobachevskii, and Bolyai, laid the foundations of modern differential geometry, by constructing geometries in which the parallel postulate fails. These investigations in turn enabled the formulation of Einstein's theories of special and general relativity, which today form the basis of our conception of the universe. The author has made every attempt to keep the pre-requisites to a bare minimum. This immensely readable account, contains historical and mathematical material which make it suitable for undergraduate students in the history of science and mathematics. For the second edition, the author has taken the opportunity to update much of the material, and to add a chapter on the emerging story of the Arabic contribution to this fascinating aspect of the history of mathematics.

Hardbound. This book applies John Maynard Keynes' theory of investor liquidity preferences to the examination of the stock market literature on the January effect and other seasonal anomalies. Keynes' theory provides a common theoretical framework and represents a paradigm shift for the examination of all seasonals. An extensive literature review is provided along with identification and empirical examinations of the intergenerational transfers hypothesis, special closings of the New York Stock Exchange, tax (estimated tax) payment effects, and an historical/contemporary retail merchandising industry seasonal. Databases used for empirical tests include the Stock Index and Market Seasonals (SIMS) database, the Cowles Index and contemporary Standards and Poor's counterparts, and the Internal Revenue Service's Statistic of Income public use file.

The series Religion and Society (RS) contributes to the exploration of religions as social systems- both in Western and non-Western societies; in particular, it examines religions in their differentiation from, and intersection with, other cultural systems, such as art, economy, law and politics. Due attention is given to paradigmatic case or comparative studies that exhibit a clear theoretical orientation with the empirical and historical data of religion and such aspects of religion as ritual, the religious imagination, constructions of tradition, iconography, or media. In addition, the formation of religious communities, their construction of identity, and their relation to society and the wider public are key issues of this series.

This volume is written as a reaction to the worldwide decreasing interest in the natural sciences. It addresses many intriguing questions. How is the changing image of the distinct sciences experienced by the general public, by the scientists themselves, or in disciplines in which natural sciences are applied? How can it be connected to the phenomenon of the low number of women in science? It is of interest to researchers, teachers, and students of natural sciences, the history of science, and philosophy.

This volume makes an important contribution toward a nuanced appreciation of the Jesuits' interaction with "modernity," and a greater recognition of their contribution to the mathematization of natural philosophy and experimental science. The six essays provide a cross-section of the complex Jesuit encounter with the mathematical sciences during the 17th century.

The end of this century has witnessed dramatic changes in morality, history and geography. These changes were felt throughout the world, and also across the entire gamut of professional concerns. Even relatively remote and seemingly insulated activities such as science and technology have experienced, and up to a point contributed to, these dramatic changes. This volume presents a series of views on the effect of these changes on science and technology, and more specifically, on the international diffusion of new technologies. These views come from a variety of fields, among them history and sociology of science, political science, information sciences, marketing. Yet, most authors share an interest in science policy studies which permeates this collection. It would be fair to say that this volume belongs to the intellectual domain known as STS, i. e. studies in Science, Technology and Society. The authors come from nine countries, and their contributions are expected to reflect this diversity. It is well known that the dominant lingua franca in the end of the 20th century is Broken English, with the possible exception of a minority of native English speakers some of whom fail to learn this new language. An attempt was therefore made throughout this volume to conform to a certain standard of English usage and, at the same time, to preserve the local flavour of expression, and the stylistic and cultural dimensions of each chapter.

This comprehensive book outlines the life and works of an important revolutionary intellectual of the 16th Century. This book follows Bruno's life and the development of his thought in the order in which he declared it. Giordano Bruno was an Italian Dominican friar, philosopher, mathematician and astronomer. He was burned at the stake after the Roman Inquisition found him guilty of heresy but his modern scientific thought and cosmology became very influential. His writings on science also showed interest in magic and alchemy and those are outlined in this book alongside what he is most remembered for - his place in the history of the relationship between science and faith.

This book is the first to explore the deep and lasting impacts of the largest colonial trading company, the British East India Company on the natural environment. The contributors - drawn from a wide range of academic disciplines - illuminate the relationship between colonial capital and the changing environment between 1600 and 1857.

The Theory of the Top was originally presented by Felix Klein as an 1895 lecture at Goettingen University that was broadened in scope and clarified as a result of collaboration with Arnold Sommerfeld. The Theory of the Top: Volume IV. Technical Applications of the Theory of the Top is the fourth and final installment in a series of self-contained English translations that provide insights into kinetic theory and kinematics.

My attention was first drawn to Chuquet' s mathematical manuscript whilst undertaking the necessary research for the preparation of the Open University's History of Mathematics course, presented initially in 1974. It was whilst editing the English edition of Math~matiques et Math~maticiens (P. Dedron and J. Itard, trans. J. Field) that I noted that it was stated that "the whole manuscript *** comprises 324 folios, i. e. 648 pages", and that, in addition to the Triparty (by which the work is generally known) the manuscript includes sections on problems, on the application of algebraic methods to geometry, and on conunercial

Of all the inventions of the nineteenth century, the scientist is one of the most striking. The ideas, discoveries and inventions of nineteenth-century scientists transformed the world: lives were longer and healthier, cities and empires grew, societies became urban rather than agrarian, the local became global. This book tells that story.

Thomas Holden presents a fascinating study of theories of matter in the seventeenth and eighteenth centuries. These theories were plagued by a complex of interrelated problems concerning matter's divisibility, composition, and internal architecture. Is any material body infinitely divisible? Must we posit atoms or elemental minima from which bodies are ultimately composed? Are the parts of material bodies themselves material concreta? Or are they merely potentialities or possible existents? Questions such as these - and the press of subtler questions hidden in their amibiguities - deeply unsettled philosophers of the early modern period. They seemed to expose serious paradoxes in the new world view pioneered by Galileo, Descartes, and Newton. The new science's account of a fundamentally geometrical Creation, mathematicizable and intelligible to the human inquirer, seemed to be under threat. This was a great scandal, and the philosophers of the period accordingly made various attempts to disarm the paradoxes. All the great figures address the issue: most famously Leibniz and Kant, but also Galileo, Hobbes, Newton, Hume, and Reid, in addition to a crowd of lesser figures. Thomas Holden offers a brilliant synthesis of these discussions and presents his own overarching interpretation of the controversy, locating the underlying problem in the tension between the early moderns' account of material parts on the one hand and the programme of the geometrization of nature on the other.

Who was Nicolas Rashevsky? To answer that question, this book draws on Rashevsky's unexplored personal archival papers and shares interviews with his family, students and friends, as well as discussions with biologists and mathematical biologists, to flesh out and complete the picture. "Most modern-day biologists have never heard of Rashevsky. Why?" In what constitutes the first detailed biography of theoretical physicist Nicolas Rashevsky (1899-1972), spanning key aspects of his long scientific career, the book captures Rashevsky's ways of thinking about the place mathematical biology should have in biology and his personal struggle for the acceptance of his views. It brings to light the tension between mathematicians, theoretical physicists and biologists when it comes to the introduction of physico-mathematical tools into biology. Rashevsky's successes and failures in his efforts to establish mathematical biology as a subfield of biology provide an important test case for understanding the role of theory (in particular mathematics) in understanding the natural world. With the biological sciences moving towards new vistas of inter- and multi-disciplinary collaborations and research programs, the book will appeal to a wide readership ranging from historians, sociologists, and ethnographers of American science and culture to students and general readers with an interest in the history of the life sciences, mathematical biology and the social construction of science.