“William Frederking's most effective photographs approach the everyday as still life, avoiding artful arrangement or self-conscious design. They are rich, elegantly photographed records of real life, lived-in and unkempt fragments that retain the echoes of a human presence.”—Michael Bonesteel What makes a house more than just a physical shelter? The old swing on the front porch? The garden in the backyard? The wall clock passed down through generations? We all have furniture, knick-knacks, and other items that represent for (...) us joys and pains, triumphs and tragedies, and the history of our presence in the world. William Frederking takes his own home in Oak Park, Illinois, as the site of such personal talismans, exploring through his photographs the intangible essence of the things that transform a house into a home. In striking black-and-white still-life portraits, Frederking captures the small and large elements that define the spirit of his home, as well as revealing why the home is at the heart of the American dream. Home is a place where objects become enlivened and symbolic—a newspaper lying askew on the kitchen table, a fluffy bedspread spilling through the iron lattice of a bedframe, a staircase spiraling down into mysterious shadows—and thus affirm our existence. Everything we buy or touch, renovate or borrow becomes a mark of our selves, and these marks are nowhere more concentrated than in the home. Frederking’s powerful visual sequence examines the simple backdrop that anchors our complicated lives—and ourselves. A moving photographic chronicle of the materials that shape the home, At Home offers an intimate and graceful meditation on the fragments and ephemera that help us navigate the world. (shrink)

The use of multiple means of determination to “triangulate” on the existence and character of a common phenomenon, object, or result has had a long tradition in science but has seldom been a matter of primary focus. As with many traditions, it is traceable to Aristotle, who valued having multiple explanations of a phenomenon, and it may also be involved in his distinction between special objects of sense and common sensibles. It is implicit though not emphasized in the distinction between (...) primary and secondary qualities from Galileo onward. It is arguably one of several conceptions involved in Whewell’s method of the “consilience of inductions” (Laudan 1971) and is to be found in several places in Peirce. (From M. Brewer and B. Collins, eds., (1981); Scientific Inquiry in the Social Sciences (a festschrift for Donald T. Campbell), San Francisco: Jossey-Bass, pp. 123–162.). (shrink)

Analytic theology can flourish in the secular academy, and flourish as authentically Christian theology. Analytic Theology and the Academic Study of Religion explains analytic theology to other theologians and scholars of religion, while simultaneously explaining those other fields to analytic theologians. William Wood defends analytic theology from some common criticisms, but also argues that analytic theologians have much to learn from other forms of inquiry. Analytic theology is a legitimate form of theology, and a legitimate form of academic inquiry, (...) and it can be a valuable conversation partner within the wider religious studies academy. Analytic Theology and the Academic Study of Religion articulates an attractive vision of analytic theology, fosters a more fruitful inter-disciplinary conversation, and enables scholars across the religious studies academy to understand one another better. (shrink)

Reprint of the original, first published in 1860.

The essays in this volume were written by leading researchers on classical mechanics, statistical mechanics, quantum theory, and relativity. They detail central topics in the foundations of physics, including the role of symmetry principles in classical and quantum physics, Einstein's hole argument in general relativity, quantum mechanics and special relativity, quantum correlations, quantum logic, and quantum probability and information.

The idea that mathematics is reducible to logic has a long history, but it was Frege who gave logicism an articulation and defense that transformed it into a distinctive philosophical thesis with a profound influence on the development of philosophy in the twentieth century. This volume of classic, revised and newly written essays by William Demopoulos examines logicism's principal legacy for philosophy: its elaboration of notions of analysis and reconstruction. The essays reflect on the deployment of these ideas by (...) the principal figures in the history of the subject - Frege, Russell, Ramsey and Carnap - and in doing so illuminate current concerns about the nature of mathematical and theoretical knowledge. Issues addressed include the nature of arithmetical knowledge in the light of Frege's theorem; the status of realism about the theoretical entities of physics; and the proper interpretation of empirical theories that postulate abstract structural constraints. (shrink)

Charity is not only about giving to those in need, but in a broader sense about loving your neighbor and doing good things for other people without thought of reward. So wrote Swedish visionary Emanuel Swedenborg, who believed that charity, along with faiths, was part of the foundation of spiritual practice. This work combines two of Swedenborg's unpublished manuscripts to form a practical, inspirational handbook for appying the principle of doing good to daily life.

This generous omnium-gatherum brings together all the writings William James published that have not appeared in previous volumes of this definitive edition of ...

Argues that Heidegger's early reading of Aristotle provides him with a critical resource for addressing the problematic domination of theoretical knowledge in Western civilization.

Ecologists use a remarkable range of methods and techniques to understand complex, inherently variable, and functionally diverse entities and processes across a staggering range of spatial, temporal and interactive scales. These multiple perspectives make ecology very different to the exemplar of science often presented by philosophers. In Philosophical Foundations for the Practices of Ecology, designed for graduate students and researchers, ecology is put into a new philosophical framework that engages with this inherent pluralism while still placing constraints on the ways (...) that we can investigate and understand nature. The authors begin by exploring the sources of variety in the practice of ecology and how these have led to the current conceptual confusion. They argue that the solution is to adopt the approach of constrained perspectivism and go on to explore the ontological, metaphysical, and epistemological aspects of this position and how it can be used in ecological research and teaching"--Provided by publisher. (shrink)

“The object of this book,” writes William C. Dowling in his preface, “is to make the key concepts of Paul Ricoeur’s _Time and Narrative_ available to readers who might have felt bewildered by the twists and turns of its argument.” The sources of puzzlement are, he notes, many. For some, it is Ricoeur’s famously indirect style of presentation, in which the polarities of argument and exegesis seem so often and so suddenly to have reversed themselves. For others, it is (...) the extraordinary intellectual range of Ricoeur’s argument, drawing on traditions as distant from each other as Heideggerian existentialism, French structuralism, and Anglo-American analytic philosophy. Yet beneath the labyrinthian surface of Ricoeur’s _Temps et récit_, Dowling reveals a single extended argument that, though developed unsystematically, is meant to be understood in systematic terms. __Ricoeur on Time and Narrative_ _presents that argument in clear and concise terms, in a way that will be enlightening both to readers new to Ricoeur and those who may have felt themselves adrift in the complexities of _Temps et récit,_ Ricoeur’s last major philosophical work. Dowling divides his discussion into six chapters, all closely involved with specific arguments in _Temps et récit_: on mimesis, time, narrativity, semantics of action, poetics of history, and poetics of fiction. Additionally, Dowling provides a preface that lays out the French intellectual context of Ricoeur's philosophical method. An appendix presents his English translation of a personal interview in which Ricoeur, having completed _Time and Narrative, _looks back over his long career as an internationally renowned philosopher. __Ricoeur on Time and Narrative___ _communicates to readers the intellectual excitement of following Ricoeur’s dismantling of established theories and arguments—Aristotle and Augustine and Husserl on time, Frye and Greimas on narrative structure, Arthur Danto and Louis O. Mink on the nature of historical explanation—while coming to see how, under the pressure of Ricoeur’s analysis, these ideas are reconstituted and revealed in a new set of relations to one another. "The scholarship in William C. Dowling's __Ricoeur on Time and Narrative____ __is impeccable; Dowling knows Ricoeur inside out. He highlights Ricoeur's most important arguments, presents them in a limpid, concise language, and links them to the relevant nineteenth- and twentieth-century philosophical developments. Dowling's book provides us with a lucid, intelligible version of Ricoeur's major work, one that will be of considerable significance to philosophers, historians, and literary theorists." —_Thomas Pavel, Gordon J. Laing Distinguished Service Professor of French Literature, and the Committee on Social Thought, University of Chicago_ "William C. Dowling's __Ricoeur on Time and Narrative___ _is a subtle and remarkably well-sustained piece of work. It provides a detailed introduction to a major work of philosophy and narrative theory—already a considerable achievement, given the difficulty of Ricoeur's text. However, Dowling also shows us, sometimes explicitly, sometimes simply through the way he conducts his argument, why we should bother with Ricoeur—what we have to gain from knowing him better than we do, however well we may think we know him." —_Michael Wood, Charles Barnwell Straut Class of 1923 Professor of English and Comparative Literature, Princeton University _. (shrink)

Designed to provide scientific personnel, policymakers, and the public with a succinct summary of the public aspects of scientific issues, this book focuses on how values and science intersect and how social values can be brought to bear on complex technical enterprises. Themes examined include: (1) relation of science and technology to human values (citing ways science and technology influence social philosophies); (2) changing sociotechnical milieu (describing recent trends toward politicization in technical endeavors); (3) complexion of science and social sciences (...) (surveying the attributes of the social sciences); (4) professionalism and responsibility (exploring the need for stewardship); (5) architectonics of technical trust (examining the interlocking elements of technical trust and focusing on the recombinant DNA controversy); (6) societal guidance of inquiry and application (discussing the possibilities and limits of scientific freedom); (7) systematic assessment for decision making (offering suggestions for dealing with fact/value distinctions); (8) social values and ethics (examining the role of values in decision making); (9) science and technology in the polis (reviewing ways of managing and reducing undue polarization in sociotechnical disputes); and (10) stewardship (suggesting needs and opportunities for exercising technical responsibility). An extensive bibliography is provided. (ML). (shrink)

The role of pictures and visual modes of presentation of data in science is a topic of increasing interest to workers in artificial intelligence, problem solving, and scientists in all fields who must deal with large quantities of complex multidimensional data. Drawing on studies of animal motion, aerodynamics, morphological transformations, the history of linkage mapping, and the analysis of deterministic chaos, I focus on the strengths and limitations of our visual system, the analysis of problems particularly suited to visualization-the analysis (...) of similarities and differences between complex objects, and problems making conjoint use of information from several complex images. (shrink)

The problem of Galileo's logical methodology has long interested scholars. In this volume William A. Wallace offers a solution that is completely unexpected, yet backed by convincing documentary evidence. His analysis starts with an early notebook Galileo wrote at Pisa, appropriating a Jesuit professor's exposition of the Posterior Analystics of Aristotle, and ends with one of the last letters Galileo wrote, stating that in logic he has been a Peripatetic all his life. Wallace's detective work unearths the complete logic (...) course from which the notebook was excerpted, then proceeds to show how its terminology and methodology continue to surface in Galileo's later writings in which he founds his new sciences of the heavens and of local motion. The result is a tour de force that commends itself not only to Galileo's scholars and to logicians, philosophers, and historians, but to anyone interested in the epistemic roots of modern science. (shrink)

Despite widespread agreement that we have moral responsibilities to future generations, many are reluctant to frame the issues in terms of justice and rights.There are indeed philosophical challenges here, particularly concerning nonoverlapping generations. They can, however, be met. For example, talk of justiceand rights for future generations in connection with climate change is both appropriate and important, although it requires revising some common theoreticalassumptions about the nature of justice and rights. We can, in fact, be bound by the rights of (...) future people, despite the “non-identity problem,” and the force of these rights cannot be diluted by “discounting” future costs. Moreover, a rights-based approach provides an effective answer to political arguments against taking mandatory measures to curb greenhouse gas emissions when these are unpopular with a democratic populace. (shrink)

Psychoanalytic Complexity is the application of a multidisciplinary, explanatory theory to clinical psychoanalysis and psychotherapy. It carries with it incisive and pivotal attitudes that aim to transform our understanding of therapeutic action and the change process. Here, William Coburn offers a revolutionary and far-reaching counterpoint to the remnants of Cartesianism and scientism, respecting and encouraging human anomaly rather than pathologizing or obliterating the uniqueness of the individual person. In Psychoanaltyic Complexity, William Coburn explores the value of complexity theory (...) previously understood as an explanatory framework with which clinicians can better understand, retrospectively, therapeutic action and the change process. He further extends this sensibility by examining the ways in which such a rich theoretical framework can inform what clinicians can do, prospectively, to effect positive change within the therapeutic relationship. He persuasively argues that the medium of bringing to light new ways of relating, emotional experiencing, and meaning making resides in the fundamental attitudes derived from a complexity theory sensibility as applied to psychoanalysis and psychotherapy. Using a variety of clinical illustrations throughout, Psychoanalytic Complexity is a radical corrective to reductionism and the more traditional presumption that the problem lies with the patient and the cure lies with the therapist. It offers a new language, vocabulary, way of thinking, and a new way of being with others that are pivotal in arriving at affirmative therapeutic change. This book is intended for psychoanalysts, clinical psychologists, therapists, mental health counsellors, academics and teachers who are interested in new trends in psychoanalysis and psychotherapy. (shrink)

This fascinating popular science journey explores key concepts in information theory in terms of Conway's "Game of Life" program. The author explains the application of natural law to a random system and demonstrates the necessity of limits. Other topics include the limits of knowledge, paradox of complexity, Maxwell's demon, Big Bang theory, and much more. 1985 edition.

Powers often depend on structures. It is because of the eye’s structure that it confers the power of sight; destroy that structure, and you destroy the power. I sketch an antireductive yet broadly naturalistic account of the relation between powers and structures. Powers, it says, are embodied in structures. When applied to philosophy of mind, this view resembles classic emergentist theories. I nevertheless argue that it differs from them in crucial respects that insulate it from the problems that beset them (...) – including the problem of emergence and the problem of mental causation. (shrink)

Positing representations and operations on them as a way of explaining behavior was one of the major innovations of the cognitive revolution. Neuroscience and biology more generally also employ representations in explaining how organisms function and coordinate their behavior with the world around them. In discussions of the nature of representation, theorists commonly differentiate between the vehicles of representation and their content—what they denote. Many contentious debates in cognitive science, such as those pitting neural network models against symbol processing accounts, (...) have focused on the types of vehicles proposed for mental representation and whether they have the appropriate structure to succeed in bearing their contents. Philosophers, in contrast, have focused their debates on content and the particular way in which vehicles might bear content—that is, the process of representing rather than the format of representations. I will offer a novel answer to the question of how it is that a representation has content by focusing on the architecture of representation. My proposal is that representations occur in a particular type of mechanism—one in which a control system regulates a plant—and that we can gain traction on cognitive systems of representation by considering how this works in physical systems more generally. (shrink)