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This accessible text examines how the science of autonomy and adaptation informs all family therapy approaches and discusses how clinicians can use this science to improve their practice. Uniquely focussing on how to integrate science as well as theory into clinical practice, the book provides an overview of science from multiple domains and ties it to family systems theory through the key framework of autonomy and adaptation. Drawing on research from genetics, physiology, emotion regulation, attachment, and triangulation, chapters demonstrate how a comprehensive science-informed theory of family systems can be applied to a range of problematic family patterns. The text also explores self-of-the-therapist work and considers how autonomy and attachment are connected to systems of power, privilege, and oppression. Supported throughout by practical case examples, as well as questions for consideration, chapter summaries, and resource lists to further engage the reader, The Science of Family Systems Theory is an essential textbook for marriage and family therapy students as well as mental health professionals working with families.
Describes the intellectual journey of eccentric American genius George Price, who tried to answer the evolutionary riddle of why people are nice, and eventually gave away all his belongings and took his own life in a squatter's flat.
Quantum Leap uses key events in the life of Polkinghorne to introduce the central ideas that make science and religion such a fascinating field of investigation. Sir John Polkinghorne is a British particle physicist who, after 25 years of research and discovery in academia, resigned his post to become an Anglican priest and theologian. He was a professor of mathematical physics at Cambridge University, and was elected to the Royal Society in 1974. As a physicist he participated in the research that led to the discovery of the quark, the smallest known particle. This cheerful biography-cum-appraisal of his life and work uses Polkinghorne's story to approach some of the most important questions: a scientist's view of God; why we pray, and what we expect; does the universe have a point?; moral and scientific laws; what happens next?
From climate to vaccination, stem-cell research to evolution, scientific work is often the subject of public controversies in which scientists and science communicators find themselves enmeshed. Especially with such hot-button topics, science communication plays vital roles. Gathering together the work of a multidisciplinary, international collection of scholars, the editors of Ethics and Practice in Science Communication present an enlightening dialogue involving these communities, one that articulates the often differing objectives and ethical responsibilities communicators face in bringing a range of scientific knowledge to the wider world. In three sections—how ethics matters, professional practice, and case studies—contributors to this volume explore the many complex questions surrounding the communication of scientific results to nonscientists. Has the science been shared clearly and accurately? Have questions of risk, uncertainty, and appropriate representation been adequately addressed? And, most fundamentally, what is the purpose of communicating science to the public: Is it to inform and empower? Or to persuade—to influence behavior and policy? By inspiring scientists and science communicators alike to think more deeply about their work, this book reaffirms that the integrity of the communication of science is vital to a healthy relationship between science and society today.
The first major book on Isaac Newton's religious writings in nearly four decades that negotiates the complex boundaries between the scientific genius's public and private faith
From the vantage point of eighty years, a highly regarded scientist and theologian surveys the full spectrum of critical issues between science and theologyJohn Polkinghorne, an international figure known both for his contributions to the field of theoretical elementary particle physics and for his work as a theologian, has over the years filled a bookshelf with writings devoted to specific topics in science and religion. In this new book, he undertakes for the first time a survey of all the major issues at the intersection of science and religion, concentrating on what he considers the essential insights for each. Clearly and without assuming prior knowledge, he addresses causality, cosmology, evolution, consciousness, natural theology, divine providence, revelation, and scripture. Each chapter also provides references to his other books in which more detailed treatments of specific issues can be found.For those who are new to what Polkinghorne calls "one of the most significant interdisciplinary interactions of our time," this volume serves as an excellent introduction. For readers already familiar with John Polkinghorne's books, this latest is a welcome reminder of the breadth of his thought and the subtlety of his approach in the quest for truthful understanding.
Peter Harrison takes what we think we know about science and religion, dismantles it, and puts it back together again in a provocative new way. It is a mistake to assume, as most do, that the activities and achievements that are usually labeled religious and scientific have been more or less enduring features of the cultural landscape of the West. Harrison, by setting out the history of science and religion to see when and where they come into being and to trace their mutations over timereveals how distinctively Western and modern they are. Only in the past few hundred years have religious beliefs and practices been bounded by a common notion and set apart from the secular. And the idea of the natural sciences as discrete activities conducted in isolation from religious and moral concerns is even more recent, dating from the nineteenth century. Putting the so-called opposition between religion and science into historical perspective, as Harrison does here for the first time, has profound implications for our understanding of the present and future relations between them. "
Most often, the dialogue between religion and science is initiated by the discoveries of modern science—big bang cosmology, evolution, or quantum theory, for example. In this book, scientist-theologian John Polkinghorne changes the discussion. He approaches the dialogue from a little-explored perspective in which theology shapes the argument and sets the agenda of questions to be considered. The author begins with a review of approaches to science and religion in which the classification focuses on theological content rather than on methodological technique. He then proceeds with chapters discussing the role of Scripture, a theology of nature, the doctrine of God, sacramental theology, and eschatology. Throughout, Polkinghorne takes the perspective of Trinitarian thinking while arguing in a style that reflects the influence of his career as a theoretical physicist. In the final chapter, the author defends the appropriateness of addressing issues of science and religion from the specific standpoint of his Christian belief. His book provides an important model for theologians and scientists alike, showing how their two fields can inform one another in significant ways.
In a world supposedly governed by ruthless survival of the fittest, why do we see acts of goodness in both animals and humans? This problem plagued Charles Darwin in the 1850s as he developed his theory of evolution through natural selection. Indeed, Darwin worried that the goodness he observed in nature could be the Achilles heel of his theory. Ever since then, scientists and other thinkers have engaged in a fierce debate about the origins of goodness that has dragged politics, philosophy, and religion into what remains a major question for evolutionary biology. The Altruism Equation traces the history of this debate from Darwin to the present through an extraordinary cast of characters-from the Russian prince Petr Kropotkin, who wanted to base society on altruism, to the brilliant biologist George Price, who fell into poverty and succumbed to suicide as he obsessed over the problem. In a final surprising turn, William Hamilton, the scientist who came up with the equation that reduced altruism to the cold language of natural selection, desperately hoped that his theory did not apply to humans. Hamilton's Rule, which states that relatives are worth helping in direct proportion to their blood relatedness, is as fundamental to evolutionary biology as Newton's laws of motion are to physics. But even today, decades after its formulation, Hamilton's Rule is still hotly debated among those who cannot accept that goodness can be explained by a simple mathematical formula. For the first time, Lee Alan Dugatkin brings to life the people, the issues, and the passions that have surrounded the altruism debate. Readers will be swept along by this fast-paced tale of history, biography, and scientific discovery.