The role of natural magic in the rise of seventeenth-century experimental science has been the subject of lively controversy for several decades. Now Penelope Gouk introduces a new element into the debate: how music mediated between these two domains. Arguing that changing musical practice in sixteenth-century Europe affected seventeenth-century English thought on science and magic, she maps the various relationships among these apparently separate disciplines. Gouk explores these relationships in several ways. She adopts the methods of social geography to discuss the disciplinary, social, and intellectual overlapping of music, science, and natural magic. She gives a historical account of the emergence of acoustics in English science, the harmonically based physics of Robert Hooke, and the position of harmonics within Newton's transformation of natural philosophy. And she provides a gallery of images in which contemporary representations of instruments, practices, and concepts demonstrate the way in which musical models informed and transformed those of natural philosophy. Gouk shows that as the "occult" features of music became subject to the new science of experimentation, and as their causes became evident, so natural magic was pushed outside the realms of scientific discourse.

Clements adroitly strips away the comfortable notion that science and religion can forever be conveniently positioned in their own domains - the world of empirical analysis occupying the former, while spiritual concerns hold the attention of the latter. He effectively illustrates the ways in which those who make knowledge claims in the name of religion foist themselves upon science, while they deny reasonable people the right to challenge, evaluate, or assess the truth of these claims through the use of critical intelligence and accepted methods of verification.Clements offers compelling reasons to support the view that the aims of science - logical compatibility and clarity of explanation based upon observable data and experience - are preferable to religion's reliance on tradition, mystery, parable, and revelation. With wit and insight, Clements exposes the many absurdities inherent in biblical accounts of such concepts as heaven and hell, the fall of man, the soul, Christ's resurrection, the Trinity, and Noah's flood. Fervent fundamentalists are confronted with the unsettling fact that a literal reading of the Bible would result in complete nonsense.

America's governing system is unique in the extent to which scientists and other outside experts participate in the policy process. No other nation uses these experts so extensively, not merely for advice on the allocation of resources to science but also in broad policy issues. This wide-ranging study traces the rise of scientists in the policy process and shows how outside experts interrelate with politicians and administrators to produce a unique and dynamic policy process. It also shows how the very openness of American government creates the potential for unusual conflicts of interest. Bruce Smith focuses on the experience of agency and presidential-level advisory systems over the past several decades. He chronicles the special complexities and challenges resulting from the Federal Advisory Committee Act--the "open meeting" law--to provide a better understanding of the role of advisory committees and offers valuable lessons to guide their future use. He looks at science advice in the Departments of Defense, State, and Energy, the National Aeronautics and Space Administration, and the Environmental Protection Agency, and then examines how science advisory mechanisms have worked at the White House. Rather than simply providing a description of structures and institutions, Smith shows the advisory systems in action--how advisory systems work or fail to work in practice. He analyzes how the advisers influence the policymaking process and affect the life of the agencies they serve. Smith concludes with an assessment of the relationship between science advice and American democracy. He explains that the widespread use of outside advisers clearly reflects America's preference forpluralism. By scrutinizing agency plans, goals, and operations, advisers and advisory committees serve a variety of functions and attempt to strike a balance between openness and citizen access to government and the need for discipline and sophisticated expertise in policymaking. At the root of the advisory process is a paradox: scientists are called on because of their special expertise, but they are useful only if they learn to play by the rules of the political game. The challenge to the nation is to reconcile the integrity of science with the norms of democracy.

The 19th century is known as the modern era of science. Many of the ideas, theories, and inventions developed during this time are used everyday in today's society. Windelspecht investigates the century's tremendous discoveries, inventions, and inquiries in more than 60 alphabetical entries. This reference presents familiar subjects, such as the telephone and elevator, as well as those less frequently studied, such as the spectroscope and Pasteur's development of the germ theory.

Readers will find a thorough discussion of each entry's scientific impact and gain an understanding of the lasting social and political importance of these advancements. Narratives enrich many of the entries by adding perspective to the century's fascinating history. Students and researchers will find this reference book easy to use. An appendix of entries listed by scientific field, a glossary of terms, and name and subject indexes make this the perfect, easy-to-use reference for anyone interested in the scientific revolutions of the 19th.

Duns Scotus, along with Thomas Aquinas and William of Ockham, was one of the three most talented and influential of the medieval schoolmen, and a highly original thinker. This book examines the central concepts in his physics, including matter, space, time, and unity.

Arc welding is one of the key processes in industrial manufacturing, with welders using two types of processes - gas metal arc welding (GMAW) and gas tungsten arc welding (GTAW). This new book provides a survey-oriented account of the modeling, sensing, and automatic control of the GMAW process.
Researchers are presented with the most recent information in the areas of modeling, sensing and automatic control of the GMAW process, collecting a number of original research results on the topic from the authors and colleagues.

Providing an overview of a variety of topics, this book looks at the classification of various welding processes; the modeling aspects of GMAW; physics of welding; metal transfer characteristics; weld pool geometry; process voltages and variables; power supplies; sensing (sensors for arc length, weld penetration control, weld pool geometry, using optical and intelligent sensors); control techniques of PI, PID, multivariable control, adaptive control, and intelligent control. Finally, the book illustrates a case study presented by the authors and their students at Idaho State University, in collaboration with researchers at the Idaho National Engineering and Environment Laboratory.

The Catholic theological faculty at the Tubingen school in Germany in the first half of the 19th century are today widely regarded as some of the most significant figures in the development of modern Catholic thought. Up until now, however, little of their work has been available to non-German readers. This English translation makes available Johann Sebastian Drey's ""Brief Introduction to the Study of Theology with Reference to the Scientific Standpoint and the Catholic System"" (1819). In this text, Drey presented an encyclopaedic introduction to the study of theology and its methods, which provided not only a programme for the way Catholic theology would be studied at Tubingen but also related Catholic theology to the scientific views of German idealist and romantic philosophy, especially that of Friedrich Wilhelm Schelling. In the first part of the book, Drey examines the fundamental concepts of Christian theology - religion, revelation, Christianity, theology - and corrects some erroneous notions about them. In the second and more important part of the book, the ""encyclopaedia"", Drey focuses on how theology as a whole relates to other fields of knowledge and how its various subdisciplines relate to and affect one another. Theology's scholarly growth in the 18th century and its branching out into many new fields, such as biblical exegesis, textual criticism, and the new historical methods, has stimulated interest in works such as this volume. Anyone concerned with the role of theology and theologians in the Church today should find this book important because Drey was one of the first to insist that the theologian must be responsible to the scholarly and academic world as well as to the Church. In this text he demonstrated that Catholic thought could open itself without fear to modernity and profit from the experience.

This book provides an accessible overview of the societal relevance of contemporary geosciences. Engaging various disciplines from humanities and social sciences, the book offers philosophical, cultural, economic, and geoscientific insights into how to contextualise geosciences in the node of Culture and Nature. The authors introduce two perspectives of societal geosciences, both informed by the lens of geoethics. Throughout the text core themes are explored; human agency, the integrity of place, geo-centricity, economy and climate justice, subjective sense-making and spirituality, nationalism, participatory empowerment and leadership in times of anthropogenic global change. The book concludes with a discussion on culture, education, or philosophy of science as aggregating concepts of seemingly disjunct narratives.The diverse intellectual homes of the authors offer a rich resource in terms of how they perceive human agency within the Earth system. Two geoscientific perspectives and fourteen narratives from various cultural, social and political viewpoints contextualise geosciences in the World(s) of the Anthropocene.