Contemporary Sciences Offer Insights for a 'cosmo-theandric' Mysticism.

The last two decades have seen two significant trends emerging within the philosophy of science: the rapid development and focus on the philosophy of the specialised sciences, and a resurgence of Aristotelian metaphysics, much of which is concerned with the possibility of emergence, as well as the ontological status and indispensability of dispositions and powers in science. Despite these recent trends, few Aristotelian metaphysicians have engaged directly with the philosophy of the specialised sciences. Additionally, the relationship between fundamental (...) Aristotelian concepts—such as "hylomorphism", "substance", and "faculties"—and contemporary science has yet to receive a critical and systematic treatment. _Neo-Aristotelian Perspectives on Contemporary Science _aims to fill this gap in the literature by bringing together essays on the relationship between Aristotelianism and science that cut across interdisciplinary boundaries. The chapters in this volume are divided into two main sections covering the philosophy of physics and the philosophy of the life sciences. Featuring original contributions from distinguished and early-career scholars, this book will be of interest to specialists in analytical metaphysics and the philosophy of science. (shrink)

Translation of La Science actuelle et le rationalisme.

As historians of science increasingly turn to work on recent (post 1945) science, the historiographical and methodological problems associated with the history of contemporary science are debated with growing frequency and urgency. This book brings together authorities on the history, historiography and methodology of recent and contemporary science to review the problems facing historians of contemporary science, technology and medicine and to explore new ways forward. The chapters explore topics which will be (...) of ever increasing interest to historians of postwar science, including the difficulties of accessing and using secret archival material, the interactions between archivists, historians and scientists and the politics of evidence and historical accounts. (shrink)

The problem of the human individual and the multiple manifestations of the essence of that individual made its appearance along with that of human beings themselves. Having arisen at the dawn of history, as a product of the as-yet-primitive consciousness of the primeval human, this problem, constantly developing and changing in form in accordance with the socio-economic conditions of the life of society, is assuming increasingly pervasive significance. The mandate of the ancients to "Know thyself" today has the ring not (...) only of a troubling need for individual self-awareness, and therefore of a heuristic problem in natural science and philosophy, but also of a categorical social imperative. (shrink)

This chapter contains sections titled: The Soul and the Brain The Soul and Scientific Methodology Soul‐Body Causal Interaction and the Conservation of Energy.

This attitude was closely connected with the situation of science and philosophy, both of which, a century ago, spoke the language of necessity. Science believed that the facts of nature formed an endless chain of cause and effect, each link of which was determined by the preceding one and in turn infallibly determined the following one, so as to make a rigid system from which no part or element of reality could escape. Science believed that causality in (...) its most rigorous and deterministic sense was the only valid principle that explained natural phenomena; and it measured the success of its work to the extent that it discovered this necessary causal connection. On the other hand, the two great trends of philosophy, positivism and idealism, spoke a similar language: positivism extended causal determinism to the entire scope of reality, and idealism replaced it with a dialectical-rational determinism which was not less necessitating. It is true that these two trends were engaged in bitter controversy, the one speaking of nature or matter, the other of spirit or reason; the one placing mankind, the other infinite Reason, as the ultimate aim and climax of the development of reality. But in spite of their polemics and controversies, the horizon in which both these trends moved was the same: that of necessity. Everything that happens, in nature or in history, must necessarily happen. Every phenomenon, every event, every characteristic or determination of reality is exactly what it should be by virtue of the infinite principle that governs reality itself. This infinite principle was interpreted by positivism in terms of mechanical causality, and by idealism in terms of dialectic rationality; but this diversity of interpretation made no difference on the fundamental point, which was the necessity of reality as such. This necessity meant that any fact or happening, in nature or in history, was fully justified by the mere fact that it was a fact or a happening: at that particular point of the uninterrupted chain of facts, it was the only thing that could and should have happened. Accordingly, each fact or event was an improvement and a progress over the preceding ones, and in turn anticipated a further progress. Progress itself seemed necessary and infallible; and those events which seemingly belied it were actually a promise or a preparation for a greater future progress. (shrink)

Philip Clayton's God and Contemporary Science is summarized and discussed. Clayton presents a theological reading of biblical texts. In my opinion, science‐and‐religion studies should deal more substantially with insights of secular studies on the situated character of these texts. Clayton uses the relationship between mind and brain as analogy for the relationship between God and the world. This runs the risk of understanding God as analogous to the mind and hence secondary and emergent relative to the world. (...) Besides, Clayton's arguments for “mental causation” are wanting. But then, why should a defender of panentheism decouple the mental and the material? (shrink)

In 1900 David Hilbert announced his famous list of then-opened mathematical problems; the problem number 6 in this list is axiomatization of physical theories. Since then a lot of systematic efforts have been invested into solving this problem. However the results of these efforts turned to be less successful than the early enthusiasts of axiomatic method expected. The existing axiomatizations of physical and biological theories provide a valuable logical analysis of these theories but they do not constitute anything like their (...) standard presentation,which can be used for transmission, evaluation, and justification of physical and biological knowledge. This state of theart in the axiomatization of physics is strong evidence that the standard notion of axiomatic theory stemming from Hilbert and Tarski is not appropriate for thet ask. However in the recent years in mathematics there emerged a new axiomatic approach best represented by the Homotopy Type theory (HoTT). We argue that the constructive axiomatic architecture used in HoTT has better chances to be successfully applied in physics as well as in computer science and engineering. (shrink)

A contemporary analytic philosophy approach to science is discussed. It is pointed out that enthusiasm for language studies in philosophy has been recently grossly exaggerated. A role of experimental science as a source of "profound" questions about the essence of the world should be more appreciated. It is shown that the so-called common intuitions fail to capture the gist of current problems in science and can no longer lead us to faithful solutions. For instance, it is (...) not easy to reconcile with common intuitions a vision of the world as a set of latent potential possibilities which show up themselves only under certain conditions. Therefore, dynamic description of the world is proposed to treat both phenomena and various processes among them. In order to achieve this we ought to focus on fates of allegedly fundamental theories and on a strategy of making science. The latter is thoroughly discussed in this article. Furthermore, three types of reductionism are scrutinized and it leads us to the conclusion that our understanding of the world is more likely based on our ability to explain diversified phenomena than on our capacity to reduce them to the ostensibly fundamental models or theories. (shrink)

The significance of consciousness in modern science is discussed by leading authorities from a variety of disciplines. Presenting a wide-ranging survey of current thinking on this important topic, the contributors address such issues as the status of different aspects of consciousness; the criteria for using the concept of consciousness and identifying instances of it; the basis of consciousness in functional brain organization; the relationship between different levels of theoretical discourse; and the functions of consciousness.

This compelling collection illuminates new models and metaphors taken from the contemporary sciences and philosophical thought to revitalize and re-contextualize psychoanalysis for the 21st century. The exploration of quantum mechanics, chaos and complexity theory, epigenetics, and neuropsychoanalysis provides the reader with new layers of meaning and understanding that in turn lead to an enrichening of psychoanalytic theory and a deepening of experience in the consulting office. The intersection of psychoanalysis, contemporary sciences, and philosophy leads the reader to new (...) worlds that can transform the lens from which one views the psychoanalytic process. Written for psychoanalysts and psychotherapists, as well as scholars of psychoanalysis that are interested in the intersection of psychoanalysis, contemporary science and philosophy, Enriching Psychoanalysis with Contemporary Science and Philosophy expands the focus and meaning of current psychoanalytic theory and practice. (shrink)

This volume contains ten original essays by leading philosophers in America, Britain and Europe, all addressed to the dialectical holist philosophical position developed by the contemporary philosopher Errol Harris; it also contains an extensive introduction outlining and defending the general contours of that position. It serves not only as a Festschrift for Professor Harris, but also as a comprehensive, critical exposition of the neo-Hegelian system of philosophical thought for which Harris is widely known, a position which is attracting the (...) particular interest of contemporary physical cosmologists and philosophers of science, as well as that of other metaphysicians and students of the history of philosophy. (shrink)

In 1900 David Hilbert announced his famous list of then-opened mathematical problems; the problem number 6 in this list is axiomatization of physical theories. Since then a lot of systematic efforts have been invested into solving this problem. However the results of these efforts turned to be less successful than the early enthusiasts of axiomatic method expected. The existing axiomatizations of physical and biological theories provide a valuable logical analysis of these theories but they do not constitute anything like their (...) standard presentation,which can be used for transmission, evaluation, and justification of physical and biological knowledge. This state of theart in the axiomatization of physics is strong evidence that the standard notion of axiomatic theory stemming from Hilbert and Tarski is not appropriate for thet ask. However in the recent years in mathematics there emerged a new axiomatic approach best represented by the Homotopy Type theory (HoTT). We argue that the constructive axiomatic architecture used in HoTT has better chances to be successfully applied in physics as well as in computer science and engineering. (shrink)

The philosopher dealing with problems of the epistemology and logic of scientific knowledge cannot disregard those truly immense changes that have occurred in science in the present century. Moreover, he must interest himself not only in what has been learned in the objective world that is new, but by what new methods and means this knowledge has been acquired, how its structure has changed, what categories define the essence of contemporary scientific theorizing, and its outreach into cognition in (...) the future. Of course, the character, structure, and methods of the scientific acquisition of knowledge are determined in the final analysis by what it is that is being cognized, what things and processes are coming to be known. However, direct influence upon logical concepts in the theory of knowledge is brought to bear in the very process of cognition, in its methods and means of approaching the reflection of the object. (shrink)

This paper is concerned with some of the differences between philosophy and contemporary science, and with the significance of these differences for the question of the nature of philosophy. Differences of particular interest here are ones that tend to be concealed and ignored through the influence of the professionalist attitudes of contemporary science, an influence that manifests itself in the prevailing normative attitude to the vocabularies and linguistic practices of professional philosophy. It is argued that this (...) normative attitude is questionable in the light of a feature that we take to be essential to philosophy: always being open to the question of its own nature and task. (shrink)

This paper aims to address some methodological issues related to case-based research in the philosophy of contemporary sciences. We focus on the selection processes by which philosophers pick or generate a particular set of papers to conduct their case-based research. We illustrate how to use various quantitative and qualitative methods to improve the epistemic features of the selection processes, and help generate some potential case-based hypotheses for further philosophical investigation.

Recent developments in contemporary natural science (including the evolutionary study of perception, cognitive science, and interpretations of quantum physics) incorporate central idealist positions relating to the nature of representation, the role our minds play in structuring our experience of the world, and the properties of the world behind our representations. This paper first describes what these positions are, and how they are introduced in the relevant theories in terms of precisely formulated scientific analogues. I subsequently consider how (...) this way of looking at philosophical idealism through selected parts of contemporary science can help us to pursue new ways of developing key idealist questions in a way that is integrated with a naturalistically supported endeavour to understand central features of reality. (shrink)

It is shown that Lewis’ ontological doctrine of Humean supervenience incorporates at its foundation the so-called separability principle of classical physics. In view of the systematic violation of the latter within quantum mechanics, the claim that contemporary physical science may posit non-supervenient relations beyond the spatiotemporal ones is reinforced on a foundational basis concerning constraints on the state representation of physical systems. Depending on the mode of assignment of states to quantum systems — unit state vectors versus statistical (...) density operators — we distinguish between strongly and weakly non-Humean, non-supervenient relations. It is demonstrated that in either case, the relations of quantum entanglement constitute prototypical examples of irreducible physical relations that do not supervene upon a spatiotemporal arrangement of Humean qualities, weakening, thereby, the thesis of Humean supervenience. In this respect, the status of Lewis’ recombination principle is examined, whereas his conception of lawhood is critically investigated. It is concluded that the assumption of ontological reductionism, as expressed in Lewis’ Humean doctrine, cannot be regarded as a reliable code of the nature of the physical world and its contents. It is proposed instead that due to the undeniable existence of non-supervenient relations, a metaphysic of relations of a moderate kind ought to be acknowledged as an indispensable part of our understanding of the natural world at a fundamental level. (shrink)

This book explores whether and how religious and secular worldviews and political ideologies held by scientists, citizens, decision-makers and politicians influence science as practiced and understood today. In this book, customized science is defined as a science built according to - or altered and fitted to - a particular group's specifications, that is, its needs, interests or values, its political ideology or worldview. It is science governed not merely by goals such as increased knowledge and explanatory (...) power, but also by goals such as economic growth, sustainable development, the equality of women or the end of religion. The contributions to this book discuss, with regard to particular worldviews and themes connected to the public role of science, whether science is increasingly becoming customized to fit the needs and interests of various groups in society, but also what the consequences of such a development may be both for science and society. (shrink)

This series relates past thought from the history of Western theological traditions to areas of contemporary concern in fresh, innovative, and constructive ways.

Politics and Modernity provides a critical review of the key interface of contemporary political theory and social theory about the questions of modernity and postmodernity. Review essays offer a broad-ranging assessment of the issues at stake in current debates. Among the works reviewed are those of William Connolly, Anthony Giddens, J[um]urgen Habermas, Alasdair MacIntyre, Richard Rorty, Charles Taylor and Roy Bhaskar. As well as reviewing the contemporary literature, the contributors assess the historical roots of current problems in the (...) works of Nietzsche and Max Weber. (shrink)

In face of unethical incidents that threaten the world of science, a question of the necessity and a possible shape of intellectual ethics has been raised. The article argues that advantages of virtue epistemology make it more attractive than other models of intellectual ethics. To that purpose, it reviews alternative models for intellectual ethics, analyses and criticises deontological approach and demonstrates the virtues of the virtue approach. As problems with implementation of virtue ethics have been put against that approach, (...) the article addresses the question of how to promote virtue intellectual ethics. It discusses four possible methods of formation in virtues: theoretical, success-oriented, social and based on emulating exemplars. It argues for the role of excellent exemplars whose emulation forms virtues in agent. The conclusions of the article should transform the way we think about intellectual ethics and promote it. (shrink)

Reflection without Rules offers a comprehensive, pointed exploration of the methodological tradition in economics and the breakdown of the received view within the philosophy of science. Professor Hands investigates economists' use of naturalistic and sociological paradigms to model economic phenomena and assesses the roles of pragmatism, discourse, and situatedness in discussions of economic practice before turning to a systematic exploration of more recent developments in economic methodology. The treatment emphasizes the changes taking place in science theory and its (...) relationship to the movement away from a rules-based view of economic methodology. The work will be of interest to all economists concerned with methodological issues as well as philosophers and others studying the relationships between economics and contemporary science theory. (shrink)

While recent scientific discoveries and theories can be taken to provide additional evidence for some of the central critical realist claims, overall critical realism seems to be in need of reassessment, revisions and further developments. First, I argue that here has been an inclination among critical realists to prefer the language and model of philosophy to falsifiable science, creating a predisposition towards somewhat sectarian practices. These tendencies also account for the relative lack of substantive research based on, or inspired (...) by, critical realism. Second, I make a case for radicalising the critique of anthropomorphism and applying it to critical realism itself. Third, and in some contrast to the second point, I argue for rethinking the subject-object relationship and the concept of the intransitive dimension of science. The critique of anthropocentrism has been taken too far. We are implicated in and are a part of the object of our study. It even seems that we humans are a part of the process of the cosmos becoming conscious of itself, also through science. (shrink)

In lieu of an abstract, here is a brief excerpt of the content:388 HISTORY OF PHILOSOPHY Beyond the Edge of Certainty: Essays in Contemporary Science and Philosophy. Edited with an Introduction by Robert G. Colodny. (Englewood Cliffs, New Jersey: Prentice-Hall, Inc., 1965.) This is the second volume of lectures on various current topics in the philosophy of the physical, biological, and social sciences which has been published under the auspices of the Center for Philosophy of Science at (...) the University of Pittsburg. Volume I, Frontiers o] Science and Philosophy, also edited by Professor Colodny, appeared in 1962. Five of the seven lectures contained in this volume treat topics which fall within the philosophy of physics. The persistent student who is without a technical background in either logic or physics will find these for the most part quite readable. Considering this, it is worthy of note that, while the lectures are not of uniform quality in this respect, several problems are treated with sufficient freshness of insight to justify the interest of the philosopher of science as such. Since I cannot discuss all of the lectures, I will restrict my comments, for the most part, to those the significance of which I think I understand best and which deal significantly with some aspect of the history of philosophy. In "Newton's First Law: A Philosopher's Door into Natural Philosophy," Norwood Russell Hanson exhibits what has become a widely accepted analysis of Newton's First Law as a model to be applied to theories in science which must be regarded as, in some sense, true, but which, in principle, are not empirically demonstrable. Briant Ellis, in "The Origin and Nature of Newton's Laws of Motion," deals in a somewhat parallel way with all three of Newton's laws of motion. It is argued that these laws are primarily conceptual in origin. Evidence is marshalled that they were derived from Cartesian physics. That no amount of empirical work could establish or provide support for a principle of natural motion is held by Ellis to be due to the fact that "force" is conceived as something that exists only in order to explain effects. "Since we are at liberty to choose to regard whatever changes or states we please as natural (i.e., as not being effects) it follows that the forces which we should say are operative in nature depend upon the choices we actually make" (65). It would, I think be difficult to show that any one of the points Ellis makes, with the exception of his interesting historical note on the probable origin of Newton's laws of motion, has not previously been made. All, or nearly all, of these points were set forth, at least in outline, for example, by William Werkmeister in A Philosophy o] Science. The approach Ellis makes to his development of the concept of "force," however, is both fresh and incisive and worthy of careful study. In "A Philosopher looks at Quantum Mechanics," Hillary Putnam exhibits the Copenhagen interpretation of quantum mechanics of Bohr and Heisenberg, viewed in historical perspective, as the most adequate of several unsatisfactory theories. He finds the locus of the problem to lie in a suitable definition of "measurement." Noting that Heisenberg's definition (improperly) appeals to the macrocosm conceived in terms of classical mechanics, he seeks to clarify some of the issues that must follow the attempt to define measurement within the context of quantum mechanics. Putnam holds the relative sharpness of macroobservables for Bohr and Heisenberg to be an underived assumption of their theory. Since the quantities of which macro-observables are supposed to be averages are not (in quantum mechanics) required always to exist, this assumption cannot be derived from a plausible definition of macro-observables together with a suitable formulation of the laws of quantum mechanics. Moving from Bohr and Heisenberg's conclusion that measurement requires interaction of a system (or part of a system) measured with respect to an outside system, and that macroobservables do not exist unless measured, measurement for quantum mechanics is defined as "an interaction in which a system A (the 'measured' system), which was previously isolated, interacts with a system B (the 'measuring' system) in such a way as to cause a... (shrink)

Over the last decades, science has grown increasingly collaborative and interdisciplinary and has come to depart in important ways from the classical analyses of the development of science that were developed by historically inclined philosophers of science half a century ago. In this paper, I shall provide a new account of the structure and development of contemporary science based on analyses of, first, cognitive resources and their relations to domains, and second of the distribution of (...) cognitive resources among collaborators and the epistemic dependence that this distribution implies. On this background I shall describe different ideal types of research activities and analyze how they differ. Finally, analyzing values that drive science towards different kinds of research activities, I shall sketch the main mechanisms underlying the perceived tension between disciplines and interdisciplinarity and argue for a redefinition of accountability and quality control for interdisciplinary and collaborative science. (shrink)