The Open Universe is the centerpiece of the argument of the Postscript.

Before the twentieth century, the Universe was usually imagined as a large spatially extended thing unfolding in time. The past was fixed and the future was open; unfolding was conceived as an asymmetric process of coming into being. Relativity introduced a new vision in which space and time are presented together as a single four-dimensional manifold of events. That, together with the fact that the fundamental laws of our classical theories are symmetric in time, made understanding why the past (...) and future present themselves so differently in our experience one of the central challenges of physics. The last two centuries have seen a great deal of progress in understanding various of the so-called arrows of time: the thermodynamic arrow, the cosmological arrow, the arrow of knowledge or information. There remains an outstanding piece of this puzzle that has seen little progress, one that Roger Penrose described in his beautiful paper Singularities and Time-Asymmetry in 1979 as: “The arrow most difficult to comprehend … namely the feeling of relentless forward temporal progression, according to which potentialities seem to be transformed into actualities.”I will propose that the insight needed to resolve the problem involves taking into account that we are part of the universe and that any attempt to model it as a totality involves self-reference. I will argue specifically that self-reference, against the background of a thermodynamic gradient, creates an instability in an embedded agent’s ability to know the future or even treat it as a potential object of knowledge. That instability captures the sense in which the future remains for her perpetually open and the passage of time resolves openness into the fixity of fact. (shrink)

First published in 1988. Routledge is an imprint of Taylor & Francis, an informa company.

The study aimed to identify the knowledge management processes and their role in achieving competitive advantage at Al-Quds Open University. The study was based on the descriptive analytical method, and the study population consists of academic and administrative staff in each of the branches of Al-Quds Open University in (Tulkarm, Nablus and Jenin). The researchers selected a sample of the study population by the intentional non-probability method, the size of (70) employees. A questionnaire was prepared and (...) supervised by a number of specialists in order to obtain the results of the study. The study concluded that there is a positive direct relationship, that is, the higher the degree of application of knowledge management processes, the greater the degree of competitive advantage. Knowledge Technology came first with a score of 80.02% on all items. Competitive advantage came second with 81.74%. In the third place came "knowledge generation" where the total score on all paragraphs in this area (78.24%). In the fourth place, "knowledge transfer" (77.21%). "Developing and storing knowledge" came in fifth place (77.13%). "Acquisition of knowledge" came in sixth place (76.45%). Knowledge Organization ranked seventh (74.26%). The study recommended that the university should enable the employees to benefit from the experiences and expertise available to help generate knowledge. The University encourages the creation of knowledge through the system of incentives and open the way for creators to apply their creations and spread and invest in excellence and creativity. The university should design work performance levels based on the integration of knowledge and organize it according to policies that support freedom of research. The need for Palestinian universities to adopt a knowledge management approach. The need to adopt a system of incentives that rewards cognitive efforts, and give workers enough freedom to enable them to apply their knowledge. (shrink)

First published in 1988. Routledge is an imprint of Taylor & Francis, an informa company.

Description: Since its inception, the discussion surrounding Open Theism has been dominated by polemics. On crucial philosophical issues, Openness proponents have largely been devoted to explicating the underlying framework and logical arguments supporting their perspective against competing theological and philosophical perspectives. As a result, very little constructive work has been done on the interconnections between Open Theism and the natural sciences. Given the central place of sciences in today's world, any perspective that hopes to have a broad impact (...) must necessarily address such disciplines in a sustained and constructive manner. To date such engagements from the Openness perspective have been rare. God in an Open Universe addresses this deficiency. This book demonstrates that Open Theism makes a distinctive and highly fruitful contribution to the conversation and constructive work occurring between philosophy, theology, and the sciences. The various essays explore subjects ranging from physics to prayer, from special relativity to divine providence, from metaphysics to evolution, and from space-time to God. All who work at the intersection of theology and the sciences will benefit greatly from these essays that break new ground in this important conversation. Endorsements: ""These essays present what is, in my view, the most promising development in theological thinking in our time, and they do so in a way that is both scholarly and accessible. The book is a must for anyone interested in Christian faith and in science."" -Keith Ward University of Oxford ""Open theists affirm the same openness of the future that religious believers assume when they pray and almost all humans assume when they act. The open future is intuitive; but can it be rigorously defended? God in an Open Universe shows that it can. Open theism has always been an attractive view of God; now it becomes a philosophically rigorous one as well. -Philip Clayton Claremont School of Theology About the Contributor(s): William Hasker is Profesor Emeritus of Philosophy at Huntington University. He is the author of numerous articles and five books, including The Emergent Self and The Triumph of God Over Evil. Thomas Jay Oord is Professor of Theology and Philosophy at Northwest Nazarene University. He is the author or editor of more than a dozen books, including Defining Love and Creation Made Free. Dean Zimmerman is Professor in the philosophy department at Rutgers, The State University of New Jersey. He is editor or co-editor of several books, including (with Peter van Inwagen) Persons: Human and Divine. (shrink)

L'article montre que l'idée développée par Popper dans The Open Universe, et reprise par d'autres, selon laquelle la physique moderne serait foncièrement indéterminisme, repose en réalité sur une conception erronée du déterminisme. Popper n'a pas de mal à montrer que l'état initial d'un système n'étant jamais connu avec une précision absolue, il est impossible de prédire avec certitude son évolution future. Mais cela ne signifie pas pour autant que le déterminisme soit réfuté. Popper s'est attaqué à une des conséquences (...) du déterminisme, à savoir la prédictïbilité universelle, mais il laisse intact le coeur même de la doctrine du déterminisme, c'est-à-dire l'idée que chaque événement suit de manière univoque celui qui le précède. La mécanique classique est déterministe, la relativité restreinte est déterministe, et la mécanique quantique elle-même, à condition toutefois de laisser de côté l'épineux problème de l'opération de mesure, est déterministe. The article deals with an idea developed by Popper in The Open Universe, and supported afterwards by some others. Indeed, according to them, modern physics would be basically indeterministic. This idea rests in fact on a wrong conception of determinism. Popper has no difficulty in showing that, as the initial state of a system is never known with an absolute accuracy, one cannot predict with certainty what will come of it But that does not mean that determinism is refuted Popper has critized one of the consequences of determinism, that is universal predictibility, but he retains the main idea of the doctrine of determinism, which means that each event follows univocally the one which preceeds it. Classical mechanics is deterministic, special relativity is deterministic, and quantum mechanics itself is deterministic too, provided that the difficult problem of the act of measurement is put aside. (shrink)

Rosalind Hursthouse took her undergraduate degree in New Zealand and her B. Phil. and D. Phil. at Oxford. She taught in Oxford for six years before joining the Open University in 1975. As part of her work for the O.U. she has published Beginning Lives (Blackwell, 1987) on the morality of abortion; this generated Virtue theory and abortion, Philosophy and Public Affairs, 1991) which has already been reprinted five times. She has published numerous other articles on virtue ethics, (...) the most recent of which is virtue ethics and the emotions, in: Virtue Ethics, A Critical Reader, Daniel Statman (ed.) Edinburgh University Press, 1997. (shrink)

Fuller's account of religious parallels to scientific and science studies disputes, non-Western science, Merton on values of science.

Life is a relationship among various kinds of agents interacting at different scales in ways that are multifarious, complex, and emergent. Life is always a part of an ecological embedding in communities of interaction, which in turn structure and influence how life evolves. Evolution is essential for understanding life and biodiversity. Henri Bergson's Creative Evolution suggests a way of examining “tendencies” without “teleology.” In this paper I reexamine that work in light of recent concepts in evolutionary ecology, and explore how (...) agential aspects of life are essential for understanding how emergence provides a basis for a process-based metaphysics of life. In support of this project, I will explore how the major transitions of life on Earth have proceeded through increasing levels of cooperation among agents (e.g., mitochondria in animal cells forming a mutualistic relationship), which have allowed further emergences and complexity to evolve. This complexity always, however, emerges in the context of ecological relationships and a nonteleological evolutionary process. Yet, while nonteleological, the progression of life thus far on this planet seems to hold the promise of certain tendencies that seem inherent in life itself. (shrink)