This work deals with Ratzinger's contribution to the debate on the relationship between science and faith. We do not analyze it from the usual schemes that classify this relationship in models such as “conflict”, “non overlapping magisterial”, “integration”, etc. Ratzinger's position fits better in a scheme that classifies the different attitudes adopted before the thesis of the conflict. We propose a classification of these attitudes. We show how Ratzinger recognizes the existence of a real conflict (...) in the relationship between science and faith. We expose the epistemic roots that, according to Ratzinger, give rise to said conflict and we call “harmonization” his attitude towards it. The task of harmonization proposed by Ratzinger is possible to maintain only from faith. But it is a faith understood differently from the way it appears in the relationship models mentioned above. They are usually presented as alternative models. Ratzinger's proposal serves to give unity to these models. He does not approach the conflict from the illustrated budgets but revealing the keys that determine its nature. They are discovered in a historical process of which our author draws a global picture. In Ratzinger, the conflict is better understood as an insurmountable tension that invites us to undertake a continuous task of purification. The subject of this purification are the images with which faith has been expressed throughout history and the worldviews in which said faith has been embraced, those that have lent it the images. (shrink)

In 1994 the John Templeton Foundation Humility Theology Information Center launched a major initiative, the Science‐Religion Course Program, to encourage the teaching of high‐quality academic courses focusing on the relationship between science and religion. In the first phase of the program, six courses were selected—four from the United States, one from Canada, and one from New Zealand—to serve as models for other academics wishing to initiate their own classes on the science‐religion interface. In particular these (...) six model courses will serve as examples for the second phase of the Templeton Foundation program, which will provide financial support for up to 100 courses at universities, colleges, and seminaries around the world. This paper is a report on the pedagogical strategies and methodologies employed in each of the six selected model courses. (shrink)

Religious belief is often perceived as being in conflict with science--but does it have to be? Not usually, says Joseph Vukov. In this short, accessible guide, Vukov advances three models for Christians to utilize when navigating the relationship between science and faith: conflict, independence, and dialogue. He argues that dialogue is the ideal model to follow most of the time--but not necessarily all the time. Through a philosophical approach grounded in compelling real-world examples, Vukov shows (...) how no single model can be universally adequate, and how Christians must proceed with discernment according to the nature of the matter at hand. Considering a wide variety of illustrative issues--including cosmology, evolutionary biology, extraterrestrial life, miracles, brain death, and theoretical physics--Vukov introduces and describes each of the three models of interaction between faith and science, surveys their applications, and evaluates the effectiveness of each. Throughout, he encourages Christians to embrace a spirit of intellectual humility and remember that, at their best, faith and science converge in their relentless human pursuit of truth. (shrink)

The article is an attempt to reconstruct the Stanisław Lem’s views on the relationship between science and faith presented in his The star diaries. The author discusses three stories: The twenty­‑second voyage, The twenty­‑first voyage, and The twentieth voyage. The following questions are considered during the analysis of these novels: Does theology (as depicted by Lem), despite having no competence in the area, attempt to solve scientific problems? Does Lem suggest that Christian claims are potentially falsifiable? Can (...) science lay the foundations of theodicy? The answers to these questions appear helpful in explicating three models of the relationship between science and faith embedded in Lem’s stories: conflict regarding content, conflict regarding form, and cooperation. (shrink)

Resumen La cuestión de la relación entre ciencia y fe ha adquirido nuevo vigor en los comienzos del siglo, cuando, tras años de especialización y separación fragmentaria de los saberes, que conducían a la esquizofrenia cultural del cognoscente, se empieza a percibir de manera cada vez más nítida la necesidad de su integración para dar cuenta de la multidimensionalidad de lo real. Tras poner de manifiesto la aparente tensión entre cultura y trascendencia como realidades que conviven en el ser humano, (...) se rastrea la posibilidad que Panikkar propone de una ciencia que, sin eliminarse a sí misma, sin cancelar la mediación que ella misma constituye ni despojarse de sus maneras y métodos propios, sin siquiera abandonar el plano de la pura inmanencia, reconoce en él lo divino: la infinita trascendencia del cuerpo -su carácter siempre abierto al misterio- y su infinita inmanencia -su profundidad insondable-. Esto tiene lugar en la forma concreta que el autor propone de una teofisica, de modo que con ella no ocurre algo semejante a lo que Wittgenstein indica respecto a la escalera de la que, una vez arriba -lograda la significación de lo Absoluto- puedo desprenderme, sino que, en ella, la escalera -la dimensión física- se conserva y se supera.The issue of the relationship between science and faith has acquired greater relevance since the beginning of the century, time in which, after years of specialization and fragmentation of human knowledge, which have led to a cultural schizophrenia of the knower, there is a growing awareness of the need to integrate both to account for a multidimensional reality. After noticing the apparent tension between culture and the divine as realities that coexist in human beings, it is examined Panikkar’s proposal of a science that, without eliminating itself, without cancelling the mediation that it constitutes, nor divesting itself from its own methods, not even without abandoning immanence, recognizes in itself the divine: the infinite transcendence of the body -its character always open to mystery- and its infinite immanence -its unfathomable depth-. This corresponds to the author’s theophysics, so that, in it, it does not happen something similar to what Wittgenstein indicates about the ladder of which one can get rid once up -when the significance of the divine has been attained-, but in it the ladder -the physical dimension- is preserved and surpassed. (shrink)

The science and faith debate is dominated by Western voices. In order to enrich this debate, the authors study the discourses of different groups of Christian academics and master's students in francophone Africa. This article describes the process of reconstructing and analyzing the discourse of a group of master's students from Abidjan (Ivory Coast) with the help of group model building and focus groups. Three characteristic features that emerge from this discourse include the foundational position of faith, (...) the central role of truth, and the ambiguous connotations of the term “science” in this context. The reconstructed discourse is then brought into conversation with the North Atlantic debate, with a special focus on the concept of scientism. (shrink)

This chapter contains sections titled: * An Overview of Historical Approaches * Simplicity, Complexity, Modesty * Historical Developments * Recent Developments * Contemporary Proposals * Notes * Bibliography.

Michael Ruse offers a new analysis of the often troubled relationship between science and religion. Arguing against both extremes - in one corner, the New Atheists; in the other, the Creationists and their offspring the Intelligent Designers - he asserts that science is the highest source of human inquiry. Yet, by its very nature and its deep reliance on metaphor, science restricts itself and is unable to answer basic, significant questions about the meaning of the universe (...) and humankind's place within it: why is there something rather than nothing? What is the meaning of it all? Ruse shows that one can legitimately be a skeptic about these questions, and yet why it is open for a Christian, or member of any faith, to offer answers. Scientists, he concludes, should be proud of their achievements but modest about their scope. Christians should be confident of their mission but respectful of the successes of science. (shrink)

Many scholars often use the terms “metaphors,” “analogies,” and “models” interchangeably and inadvertently overlook the uniqueness of each word. According to recent cognitive studies, the three terms involve distinct cognitive processes using features from a familiar concept and applying them to an abstract, complicated concept. In the field of science and religion, there have been various objects or ideas used as metaphors, analogies, or models to describe the science–religion relationship. Although these heuristic tools provided some (...) understanding of the complex interaction, they failed to address the broad nature of science and religion as well as the multifarious relationship between the two in a sociocultural context. Unlike the previous candidates, the concept of language, including the notions of linguistic worldview, linguistic identity, dialects, power, and bilingualism, offers a unique and comprehensive window through which science, religion, and the relationship between the two are seen with clarity. (shrink)

Examine how community college faculty in science, technology, engineering, and mathematics partnered with K–12 teachers to mentor community college science and math students and open their minds to pursuing a career in K–12 teaching. This report outlines the lessons learned by the community colleges that participated in AACC’s Teaching Scholar Partnerships, an initiative supported by the National Science Foundation.

In lieu of an abstract, here is a brief excerpt of the content:Theology, Philosophy, and Biology:An Interpretation of the Conception of Jesus ChristJuan Eduardo CarreñoIntroductionA large body of literature and a vigorous academic establishment—university chairs, foundations, societies, and journals—focus on an interdisciplinary field variously described as "science and religion," "science and faith," or "science and theology."1 "Philosophy" is a recent occasional addition which turns these dyads into triads.2 However, not only the terms themselves but also the (...) ways their relationship are understood have generated debate. Indeed, Ian Barbour's well-known typology defining four canonical modes of the science-religion relationship—conflict, independence, dialogue, and integration—has played an organizing role but has not satisfied everyone.3 Although our purpose here is not to recapitulate these discussions, it might be helpful to mention an issue that frequently arises within them: whether Barbour's classification is necessarily exhaustive, and in particular, if what he understands by "integration" is really the perfect culmination of a link that could connect science and faith. Thus, some authors prefer to speak of [End Page 71] "interaction," "compatibility," or "articulation" to describe this relationship, either replacing or superimposed upon Barbour's integration modality.4We believe that at least part of this series of controversies results from the lack of fundamental definitions and distinctions. "Science" is not univocal but an analogous term, since it can be predicated both from extremely diverse disciplines and also from a cognitive act, a habit, or a corpus of knowledge.5 On the other hand, "faith," "religion," and "theology" have neither identical meanings nor even an analogous epistemic scope in different religious traditions. All this outlines a problem whose many edges cannot be enclosed within the margins of a categorization, however nuanced.This article aims to illustrate the complexity of the relationship between science, philosophy, and theology, using as a case study the contribution of contemporary embryology and developmental biology to theological reflection on the Incarnation of Jesus Christ. We begin by examining some theological hypotheses that, using the biological knowledge and speculations of their time, attempt to deepen our understanding of the mystery of the incarnate Word. Next, we propose an interpretation of the conception of Jesus Christ, in which the facts contributed by biology could enrich, and perhaps illuminate, certain aspects of theological reflection. As we will argue, this encounter does not fit the integration model described in Barbour's typology, because, among other reasons, the discourses at stake—theological and biological—neither belong to the same epistemological plane nor play an equivalent role in this relationship.Some Hypotheses about the Conception of JesusInterestingly, from as early as its antecedents in ancient Egypt, the genesis and development of mankind inevitably intersects with religious beliefs. This trend is projected in Judaism and reaches its greatest realization, for reasons partly understandable, in the Christian tradition. Of course, an authentic religious worldview cannot avoid at least some mention of human [End Page 72] ontogenesis, but belief in the factual basis of the Incarnation elevates the matter to a new and original plane. This is how it is understood by a number of believers who, from the first centuries of our era, and until recent times, advance hypotheses and models where biological and philosophical knowledge about human conception are combined, in different proportions, with Christological notions and doctrines. The account offered here is not intended to be exhaustive; our interest is only in outlining certain theological interpretations that have arisen in the course of history, as precursors to those discussed in the next section.The Conception of Jesus and the Incarnation of the WordOrigen's position regarding preexistence of the soul (proyparxis) and its union with the human body as a result of a fall attracted many philosophical and theological objections in the centuries following.6 Once this alternative was rejected, however, several paths remained open to account for human generation. The "translationist" hypothesis (according to which the human soul, like the body, derives from the parents through the act of natural procreation) had its Eastern adherents but seemed to find itself at home in the West. This reception was undoubtedly influenced by the plausibility the Bishop of Hippo, Augustine, albeit hesitantly assigned to... (shrink)

The science and faith debate is dominated by Western voices. In order to enrich this debate, the authors study the discourses of different groups of Christian academics and master's students in francophone Africa. This article describes the process of reconstructing and analyzing the discourse of a group of master's students from Abidjan with the help of group model building and focus groups. Three characteristic features that emerge from this discourse include the foundational position of faith, the central (...) role of truth, and the ambiguous connotations of the term “science” in this context. The reconstructed discourse is then brought into conversation with the North Atlantic debate, with a special focus on the concept of scientism. (shrink)

Historians have convincingly shown the extent to which Protestantism played a role in the founding of the Third Republic, undermining the once canonical claim that republicanism and religion were implacably hostile opponents in the latter half of the nineteenth century. Catholics, however, continue to be viewed as nearly universally antirepublican. Analyzing the writings of philosopher Emile Boutroux and his students, this article shows how the specifically Catholic concern with the relationship between free will and scientific concepts of determinism both (...) influenced the direction of French philosophy of science into the twentieth century and provided a framework for defending the Republic at the height of the Dreyfus affair. (shrink)

This paper was presented at a seminar that outlined the work of the Surrey Ethics Forum. The Forum provides an opportunity for reflection by staff of the Federal University of Surrey and its Associated Institutions on ethical questions, the place of ethics in the curriculum and the role of ethics in the life of future graduates. The purpose of this paper is to argue that openness to the relationship between ethics and faith is itself an ethical task because (...) both ethics and faith claim to protect human dignity and give meaning to the concept of “human flourishing”. Analysis of the relationship between ethics, faith, flourishing and narrative can lead to clearer understanding of differences in ethical debates. (shrink)

The personal computer has become the primary research tool in many scientific and engineering disciplines. The role of the computer has been extended to be an experimental and modelling tool both for convenience and sometimes necessity. In this paper some of the relationships between real models and virtual models, i.e. models that exist only as programs and data structures, areexplored. It is argued that the shift from experimenting with real objects to experimentation with computer models and (...) simulations may also require a new approach for evaluating scientific theories derived from these models. Accepting the additional sets of assumptions that are associated with computer models and simulations requires ‘leaps of faith’, which we may not want to make in order to preserve scientific rigor. There are problems in providing acceptable arguments and explanations as to why a particular computer model or simulation should be judged scientifically sound, plausible, or even probable. These problems not only emerge from models that are particularly complex, but also in models that suffer from being too simplistic. (shrink)

In this study I critically discuss the religious philosophy of Nikolai F. Fyodorov. Beforehand I will offer a synoptic overview of its key components. The thought of Fyodorov may serve as a model for case study work in regard to two crucial questions: (1) What is the relation between the past and the future? and (2) What is the relation between faith and science? These questions receive their spiritual, theological and philosophical answers through Fyodorov’s reflection on the (3) (...) overcoming of death. In offering his answers Fyodorov taps into the innermost depths of Christian spirituality which is interpreted in ways which are not always ‘Orthodox’ in the conventional sense. On one hand he offers a vision which prophetically yet idiosyncratically anticipates the “resurrection of all by all” (viz. Philosophy of the Common Task): this in itself calls for a radical revision of humanity’s guiding ethical, political and cultural principles (viz. Supramoralism). On the other hand, he expounds visionary proposals for the role science has to play precisely within the project of resurrecting the deceased and restoring free conscious life to all being (viz. Regulation). Fyodorov is acclaimed as one of the pioneering anticipators of climatology, rocket and space astronautics, cryonics, genetic engineering, cloning and body re-design; also, he is endorsed as the forerunner of Russian cosmism and influencer of transhumanism. His thought is radical, maximalist and limital. As well, it is informed by the purity of a moral saintliness. Inasmuch his philosophical vision may help us re-examine our own understanding of the relation of the past to the future, as well as the relation of faith to science, and, to re-address the predicament of dying. For the same reason it allows us to metacritically examine the neuralgic points of Fyodorov’s proposals. Lastly, I strive to reflect the mentioned problematic within a historical perspective, hermeneutically, hoping to provide orientation points for further discussion. (shrink)

Wittgenstein’s “Lectures on Religious Belief” (LRB) provide a source for as yet unexplored connections to religious ideas as treated in Robert N. McCauley’s book Why Religion is Natural and Science is Not (2013), and to other CSR scholars who focus attention on how “cognitively speaking it is religion that is natural and science that is largely unnatural.” Tensions are explored in this paper between our “maturationally natural” religious inclinations to adopt religious ideas and the “unnatural” demands sometimes made (...) upon people, either a) by imposition of evidentialist norms over religious utterances, or b) by an agent’s adherence to perceived demands of theological correctness and to a particularly demanding conception of genuine or authentic faith. Wittgenstein uses Bertrand Russell and Father O'Hara to articulate these two tensions, and to offer alternatives which to some degree assuage them. I argue that such tensions are not only illuminating of the more and less helpful models of the relationship between reason and faith, but also open up new research questions which connect contemporary CSR and Wittgensteinian (or more broadly Continental) approaches to philosophy of religion. (shrink)

This paper examines the form of mental representation of scientific theories in scientists and nonscientists. It concludes that images and schemas are not the appropriate form of mental representation for scientific theories but that mental models and perceptual symbols do seem appropriate for representing physical/mechanical phenomena. These forms of mental representation are postulated to have an analogical relation with the world and it is this relationship that gives them strong explanatory power. It is argued that the construct of (...) naïve theories as used in developmental psychology may be the appropriate form of mental representation for non physical/mechanical domains. The paper adopts a strong form of psychologism in the philosophy of science and argues that model-based approaches to scientific theories are more appropriate forms of representation for scientific theories than the formalist approaches that dominate current philosophy of science. (shrink)

This essay considers whether the model of conscience operative in Christian ethics, what I call the “reflexive conscience,” is adequate to meet the global moral challenges we face today, problems such as gun violence, climate change, and the Zika virus. Drawing primarily on the work of Willis Jenkins, I argue that conscience has not yet caught up to the scale and interconnectedness of our global moral challenges. A truly “engaged conscience” must be focused not primarily on the self but on (...) the other, and must be active. I conclude by turning to Elisabeth Vasko’s criticisms of the victim/perpetrator binary to suggest that conscience must call us to greater responsibility for the systemic injustices in which particular moral challenges are embedded. (shrink)

Are science and religion compatible when it comes to understanding cosmology (the origin of the universe), biology (the origin of life and of the human species), ethics, and the human mind (minds, brains, souls, and free will)? Do science and religion occupy non-overlapping magisteria? Is Intelligent Design a scientific theory? How do the various faith traditions view the relationship between science and religion? What, if any, are the limits of scientific explanation? What are the most (...) important open questions, problems, or challenges confronting the relationship between science and religion, and what are the prospects for progress? These and other questions are explored in Science and Religion: 5 Questions—a collection of thirty-three interviews based on 5 questions presented to some of the world's most influential and prominent philosophers, scientists, theologians, apologists, and atheists. (shrink)

In the preceding Part 1 of this two-part paper, I set out the background necessary for an understanding of the current status of the debate surrounding the relationship between science and religion. In this second part, I will outline Ian Barbour’s influential four-fold typology of the possible relations, compare it with other similar taxonomies, and justify its choice as the basis for further detailed discussion. Arguments are then given for and against each of Barbour’s four models: conflict, (...) independence, integration and dialogue. In contradiction of the recent trend to dismiss the conflict model as overly “simplistic”, I conclude that it is the clear front-runner. Critical examination reveals that theology (the academic face of religion) typically proceeds by first affirming belief in God and then seeking rationalisations that protect this belief against contrary evidence. As this is the very antithesis of scientific endeavour, the two disciplines are in unavoidable and irreconcilable conflict. (shrink)

In his major work on love, Works of Love, Kierkegaard clearly and robustly affirms the moral superiority of neighbourly love, and approves preferential love on one condition: that it serve as an instance of neighbourly love. But can an essentially preferential love be an instance of the essentially non-preferential neighbourly love? John Lippitt seems to think it can. In his paper “Kierkegaard and the problem of special relationships: Ferreira, Krishek, and the ‘God filter”’ he defends Kierkegaard’s position in Works of (...) Love against my criticism (as presented in my book Kierkegaard on Faith and Love); specifically, against my claim that in using Kierkegaard’s view of neighbourly love as a framework for understanding preferential love, one fails to account for the latter’s distinctive character. Lippitt claims that I misinterpret Kierkegaard’s position and, using what he calls ‘the God filter’, he attempts to show how adhering to Kierkegaard’s view of neighbourly love allows one to sustain the distinctiveness (and value) of preferential love. In what follows I will defend my interpretation of Kierkegaard’s position and explain why I take the view he presents in Works of Love to be problematic. Furthermore, in my aforementioned book I offer a Kierkegaardian model of love that does precisely what Lippitt seeks his ‘God filter’ model to do: namely, preserve the distinctiveness of preferential love while allowing its possible coexistence with neighbourly love. Thus, against the background of Lippitt’s criticism I will demonstrate this model again, in hope of clarifying the advantages this view offers. (shrink)

The primacy of physics generates a philosophical problem that the naturalist must solve in order to be entitled to an egalitarian acceptance of the ontological commitments he or she inherits from the special sciences and fundamental physics. The problem is the generalized causal exclusion argument. If there is no genuine causation in the domains of the special sciences but only in fundamental physics then there are grounds for doubting the existence of macroscopic objects and properties, or at least the concreteness (...) of them. The aim of this paper is to show that the causal exclusion problem derives its force from a false dichotomy between Humeanism about causation and a notion of productive or generative causation based on a defunct model of the physical world. †To contact the author, please write to: Department of Philosophy, University of Bristol, 9 Woodland Rd., Bristol BS8 1TB, UK. (shrink)

Christianity finds itself in a new situation, one that resembles its first‐century experience in that it will be shaped by a new dominant world culture. This culture is marked by three factors‐the economy, the multireligious situation, and science. The author's discussion deals with the issues that arise in this engagement with culture under three rubrics: dialogue between science and religion, globalization of the religious encounter, and interreligious dialogue in a globalized world. The major assertions are: (1) Science (...) and religions must avoid restrictive and expansionist relationships and work for reciprocal interaction. (2) Globalization is an unavoidable, but ambiguous, historical development; religions should reject responses of “ethnification” and “primitivism” and rather engage in strategies that encourage both productive encounter and critical distance. (3) Interreligious dialogue includes dialogues of life, of intellectual exchange, of religious experience, of common action, and of confrontation; this dialogue will seek to embrace truth (which involves science) and wisdom (which includes the various religious traditions) in the reciprocal interaction that is marked by love. (shrink)

Abstract: I argue that for psychological and social reasons, the traditional “Conflict Model” of science and religion interactions has such a strong hold on the nonexpert imagination that counterexamples and claims that interactions are simply more complex than the model allows are inadequate to undermine its power. Taxonomies, such as those of Ian Barbour and John Haught, which characterize conflict as only one among several possible relationships, help. But these taxonomies, by themselves, fail to offer an account of why (...) different relationships prevail among different communities and how they succeed one another within particular communities—that is, they contain no dynamic elements. To undermine the power of the “Conflict Model,” we should be seeking to offer alternative models for science and religion interactions that can both incorporate the range of stances articulated by scholars like Barbour and which can offer an account of the process by which differing attitudes succeed one another. As a step toward this goal, I propose a general “interacting subcultures model” and illustrate its applicability in a small number of mini-case studies from Early Modern Britain and France and with glances toward contemporary America. (shrink)

This book discusses how scientific and other types of cognition make use of models, abduction, and explanatory reasoning in order to produce important and innovative changes in theories and concepts. Gathering revised contributions presented at the international conference on Model-Based Reasoning, held on October 24–26 2018 in Seville, Spain, the book is divided into three main parts. The first focuses on models, reasoning, and representation. It highlights key theoretical concepts from an applied perspective, and addresses issues concerning information (...) visualization, experimental methods, and design. The second part goes a step further, examining abduction, problem solving, and reasoning. The respective papers assess different types of reasoning, and discuss various concepts of inference and creativity and their relationship with experimental data. In turn, the third part reports on a number of epistemological and technological issues. By analyzing possible contradictions in modern research and describing representative case studies, this part is intended to foster new discussions and stimulate new ideas. All in all, the book provides researchers and graduate students in the fields of applied philosophy, epistemology, cognitive science, and artificial intelligence alike with an authoritative snapshot of the latest theories and applications of model-based reasoning. (shrink)

The history of relationship between faith and reason is marked by four models of the interaction between science and theology proposed by Ian G. Barbour: conflict, independence, dialogue and integration. Even if nineteenth-century positivism is still present in many scientists’ minds, philosophy of science eventually managed to overcome it in the 1960s. A mutual distrust between faith and reason started to disappear. In this context Fr. Michał Heller presented a project of a new discipline (...) – the theology of science which would look at the boundaries of the natural sciences from the theological point of view. According to Fr. Wojciech Giertych the adequate model of relationship between faith and reason can be based theologically on Chalcedonian Christology of Jesus’ two natures. Since reason and faith come together unconfusedly and inseparably in a human being, a mutual dialogue and even integration between theology and science is by all means possible. (shrink)

Many different aspects of science intersect with Christian spirituality. Some of these points of intersection are apparent in astronomy, cosmology, quantum physics, genetics, neuroscience, organic evolution, chemical evolution, technological advances, and environmental science. The purpose of this paper is to examine the relationship between organic evolution and Christian spirituality. It is important to note that Christian spirituality has varying significances throughout Christendom. For the purpose of this paper, I will treat Christian spirituality as the study of the (...) experience of Christian faith and discipleship. This definition will be helpful because it is specific enough to make direct correlations with how one can understand science from a Christian spiritual (faith) perspective. (shrink)

In lieu of an abstract, here is a brief excerpt of the content:Keiji Nishitani and Karl Rahner: A Response to NihilityHeidi Ann RussellIn his essay “Kenosis and Emptiness,” Buddhist scholar Masao Abe states that “the necessity of tackling the Buddhist-Christian dialogue not merely in terms of interfaith dialogue, but also as an inseparable part of the wider sociocultural problem of religion versus irreligion has become more and more pressing in the past few decades.” 1 From Keiji Nishitani’s perspective a culture (...) of self-centeredness has developed out of the inability of many people to move beyond a sense of nihilism in their lives. Furthermore, technological advances and an increased understanding of the laws of nature have allowed humans to manipulate those laws for their own purposes. In this development, Nishitani believes that “the perversion that occurred in the original relationship of man to the laws of nature has taken the shape of a fundamental intertwining of the mechanization of man and his transformation into a subject in pursuit of its desires, at the ground of which nihility has opened up as a sense of the meaninglessness of the whole business.” 2Both Nishitani and Karl Rahner see in the development of science and technology a tendency to manipulate the laws of nature for one’s own benefit in a way that increases the self-centeredness and self-absorption of humankind while at the same time devaluing humanity and engendering an attitude of meaninglessness. In a world today that is confronted with issues such as war and global warming and in which religious communities are trying to make sense out of scientific issues such as stem cell research and cloning, the ability to address a nihilistic standpoint that sees the surrounding world as simply being at human disposal has never been more crucial. So how does one confront this crisis of a nihilistic culture? Abe recommends that both Buddhism and Christianity need “to pursue a fundamental reorganization in characterizing their faith such that the prevailing basic assumptions are drastically changed—for example, a revolutionary reinterpretation of the concept of God in Christianity and the concept of Emptiness in Buddhism—thereby allowing a new paradigm or model of understanding to emerge.” 3 The concept of emptiness or nothingness in Keiji Nishitani’s Religion and Nothingness and the concept of God as incomprehensible mystery in the theology of Karl Rahner 4 could allow for the [End Page 27] emergence of a model of understanding that addresses the problem of irreligion or nihility from an interreligious perspective.5 While in no way negating the very real dissimilarities between the concepts of Nishitani and Rahner or the respective religious traditions of which they are a part, one need not think of their concepts as diametrically opposed to one another in such a way that dialogue is impossible. To that effect, this essay will explore the common ground between Nishitani’s concept of śūnyatā6 (often translated or defined as ku /emptiness or mu /nothingness) and Rahner’s incomprehensible God 7 based on their interpretations of the human experience of meaninglessness and the need for a surrender of the self that manifests itself in one’s loving relationship with others. Common human experience, such as the experience of death or meaninglessness, and the interpretations of that experience found in various religions can provide ground from which to begin interreligious dialogue. One can search for a connection between the religious concepts by looking at the way they make sense out of a common affective experience without requiring an absolute identity between the cognitive religious concepts themselves.8 The important point of comparison is not manufacturing a false identity between the concepts, but the way the concepts work within the living communities to move one to volitive action. In this way the practical or ethical implications of the concepts and how they are lived out in the world become the focus. In the work of Nishitani and Rahner, that common human experience is the meaninglessness encountered in the world today and the call for a selfless love that will transcend such meaninglessness. In their roles as philosopher-theologians, both Nishitani and Rahner have probably had more influence on individuals or leaders within certain Buddhist and Christian... (shrink)

In lieu of an abstract, here is a brief excerpt of the content:Religious Enthusiasm, the Spanish Inquisition, and the Disenchantment of the WorldAndrew KeittIn 1688 Anglican divine William Wharton published a short tract entitled The Enthusiasm of the Church of Rome demonstrated in some observations upon the life of Ignatius Loyola. Typical of the confessional propaganda of the day, Wharton's work contrasted the "rationality" of Protestantism with what he considered to be the superstition and obscurantism of the Catholic faith:It (...) has been the peculiar happiness of the Church of England to create a right sense of Religion and Piety in all her Communicants, and secure to them the practice of a rational Devotion. She makes no pretensions to private Inspirations, and extraordinary Illuminations of the Holy Ghost; and all her Children are more apt to deride, than admire the follies of the Enthusiasts.... Not so the Church of Rome, which in all her Offices and publick Ceremonies promotes and foments it, hath on many occasions given publick applause and approbation to it, and oweth the greatest part of her peculiar Doctrines, and present prosperity to the Enthusiasm of her Followers.1The "enthusiasm" to which Wharton refers had become the object of intense controversy in late seventeenth-century England. The term enthusiasm in this context meant highly emotional, deeply embodied religious experience in [End Page 231] the form of inspired raptures, miraculous revelations, and prophetic power. It was an epithet used with increasing frequency during this period to condemn not only Catholics but also members of radical Protestant sects such as the Diggers, Levellers, and Fifth Monarchy Men.The efforts of mainstream Protestant denominations to distance themselves from the "ultrasupernaturalism" of religious enthusiasts would seem to fit within a Weberian paradigm in which the Protestant Reformation functions as a catalyst for the "disenchantment of the world," the process by which the boundaries of the supernatural were supposedly rolled back in the modern West.2 Indeed, many historians of early modern Europe have adopted, either implicitly or explicitly, such a model. Lawrence Stone, for example, reflects this school of thought with his assertion that by the end of the seventeenth century, Protestantism's "more rational and coherent view of nature and its relationship to God's providence" created a worldview in which magical or miraculous explanations of events became increasingly untenable.3Catholicism, on the other hand, has often been portrayed as maintaining a more porous boundary between nature and supernature. Summarizing what he calls the "Weberian consensus," sociologist Peter Berger offers the following analysis, which reads remarkably like a translation of Wharton's characterization of Catholicism into the language of the social sciences:The Catholic lives in a world in which the sacred is mediated to him through a variety of channels—the sacraments of the church, the intercession of the saints, the recurring eruption of the "supernatural" in miracles—a vast continuity of being between the seen and the unseen.4In recent years, however, as historians have emphasized the structural parallels between the various confessions in Europe during the sixteenth and seventeenth centuries, such stark contrasts have become increasingly suspect.5 Consequently, scholars have underscored the need for comparative work on the topic. Michael Heyd, for example, has suggested such a strategy in his work on the reaction to religious enthusiasm in seventeenth-century Europe.6 [End Page 232] Although Heyd focuses primarily on the English case, he recommends an integrative, comparative approach. He describes how religious enthusiasm became "the subject of detailed analysis—theological, social, psychological and even medical" in the closing decades of the seventeenth century in England, and he details the efforts of both religious and secular authorities "to distinguish carefully between true inspiration and a false one, between the natural realm and the truly supernatural."7 Heyd links this reaction against religious enthusiasm to the disenchantment of the world and asks to what extent these trends were unique to the Anglican tradition in England.8Lorraine Daston has emphasized the need for comparative study as well. Religious enthusiasm plays an important role in Daston's "historical epistemology," which traces the development of modern notions of "fact" and "evidence," and their relationship to changing attitudes toward the miraculous in early modern Europe. The... (shrink)

In this article I will discuss the relationship between science and Christianity and argue that the two should be considered as complementary, not conflicting, ways of looking at God’s world. It is aimed primarily at those Christians without a scientific background, who have been lead to believe that science in general and the theory of evolution in particular, lead people away from God.After a short history to put the debate into context, underlying issues which can lead to (...) misunderstanding will be discussed; issues relating to different forms of knowledge, different forms of truth, and, in particular, the use of metaphor in both science and in Christianity. In conclusion, dangers to the Church and the faith of believers by perpetuating the ‘conflict’ myth between science and faith will be suggested. (shrink)

Decisions concerning use of gene therapy will probably not be made within the privacy of what was once a dyadic doctor–patient relationship. More likely, some overarching guidelines will emerge directing or limiting the practice. Debate and position-taking over the myriad scientific, social, ethical, legal, and political implications of research into and manipulation of the human genome has intensified since the U.S. government officially launched the Human Genome Project in 1988 by appropriating funds to the Department of Energy and the (...) National Institutes of Health for genome research. The discourse this costly research endeavor has generated in the scientific and bioethics literature and even in the popular press outlines a host of issues likely to evoke attempts at line drawing and policymaking. Many of these issues lend themselves easily to the shorthand of dualistic opposition: somatic cell therapy versus germ line therapy or engineering ; correction of defects and disease only versus enhancement of conditions not considered defects or diseases; intervening on the basis of phenotype only versus intervening on the basis of genotype also. (shrink)

The book brings forth a comprehensive analysis of the relationship between science and faith in Russian religious thought.

In their oft-cited manifesto, the Martinican Creolists exhort Caribbean people to forego their continuing allegiances to the “mythical shores” of various old worlds, and to affirm instead the “alluvial Creoleness” that binds (or that ought to bind) them to each other, and to other communities across the globe with a similar plantation history: “Neither Europeans, nor Africans, nor Asians, we proclaim ourselves Creoles; “[the Creole language] is the initial means of communication of our deep self, or our collective unconscious, of (...) our common genius, and it remains the river of our alluvial Creoleness.” Despite their qualifications – “Creoleness is an open specificity,” for example – they have been chided for simplifying the complicated socio-political histories of the region. Maryse Condé, for example, has noted that the opposition of colonizing French language and resisting Creole language ignores the extent to which plantation heterogeneity and negotiation rendered Creole a language of both “unity and compromise.” On what terms can alluvial relationships that can undercut imperial and diasporic ties be uncovered? What does the idea of a Creole unconscious solidify, restore, revivify, and for whom? In this essay, I am interested in a Jamaican-born novelist’s use of Cuba’s second war of independence in the 1890s to critique Jamaican complacency about British colonialism after the Second World War. Cuba, and a “Creole Latin” world more generally, allows him, on my reading, to proffer hispanophone and francophone plantation histories as a model for anglophone sensibilities in the region. The “Creole Latin” affirmation of nationalism, revolutionary struggle, and strong affective ties to the land and to personal relationships, are uncontaminated by the domineering spirit, legalistic prejudices, bureaucracy and commerce, and negotiated concessions that typify anglophone Protestant modes of life. Since the scene of these ideas in this case is the nineteenth century plantation, then we might ask if the social and political inequities are not reinforced, or whether the pleasures afforded by the romance make such considerations moot. (shrink)

The relationship between science and democracy has been an interesting and important issue in the study of philosophy as well as political science. Democracy does not only apply in the political realm but can also be seen in the context of science. This paper uses a political-philosophical approach to explore the relationship between science and democracy from the perspective of Philip Kitcher. As far as the philosophical research model used in this research is the (...) concept of figure thinking by using primary sources in the form of Philip Kitcher's two main works among other works, namely: Kitcher's Science, Truth, and Democracy (2001) and Science in a Democratic Society (2011), as well as secondary sources such as books, journal articles and sources relevant to the concepts of the relationship between science and democracy. This paper concludes that the relationship between science and democracy according to Kitcher is based on the concept of a partnership model. This model emphasizes that scientists should consider how knowledge can be applied in a social and practical context, as well as enabling the active participation of the public democratically in the process of scientific research. The relationship between science and democracy, according to Kitcher, relates to the epistemological and socio-practical significance to be taken into account in scientific decision-making, as well as taking into account the public perspective in decision-making. In Kitcher’s perspective too, integration between science and democracy became essential to forming a normative framework for more transparent, democratic scientific research, and producing high-quality knowledge. (shrink)

A strategy for dealing systematically with such complex relationships as those between science and theology is presented after a brief overview of the historical record and illustrated in terms of the concept of divinity. The application of that strategy to the title relationships yields a multilogical/multilevel solution which presents certain analogies to or isomorphisms with the doctrine of the Trinity. These concern mainly the multilogical/multilevel character of both conceptualizations and the relational and contextual reasoning required to conceive them. Furthermore, (...) certain characteristics of the doctrine facilitate the dialogue between theologians and scientists on account of their similarity with such scientific concepts as diversity in unity, multiplicity of relationships, nonseparability, and nonclassical logic. (shrink)

Although Ian Barbour’s model for outlining the science-religion relationship is probably the best known taxonomy, it also faces substantial criticism. I offer a qualified defence of the continuing usefulness of Barbour’s taxonomy as a starting point for exploring the science-religion relationship. To achieve this, I outline a method for illustrating Barbour’s taxonomy by using the recent Disney/Pixar film Inside Out in a reciprocal manner: as an upshot, the message of the movie can be employed for modifying (...) some aspects of the taxonomy. (shrink)

The vast majority of experimental studies of music to date have explored music in terms of the processes involved in the perception and cognition of complex sonic patterns that can elicit emotion. This paper argues that this conception of music is at odds both with recent Western musical scholarship and with ethnomusicological models, and that it presents a partial and culture‐specific representation of what may be a generic human capacity. It argues that the cognitive sciences must actively engage with (...) the problems of exploring music as manifested and conceived in the broad spectrum of world cultures, not only to elucidate the diversity of music in mind but also to identify potential commonalities that could illuminate the relationships between music and other domains of thought and behavior. (shrink)

This article introduces a satellite technology, High Resolution Picture Transmission (HRPT), for a science activity. HRPT is a digital data stream transmitted from environmental satellites. The HRPT imagery is capable of providing real-time studies of regional geology, glacial processes, atmospheric processes, ocean circulation, coastal processes, hydrology, and so on. Obtaining and manipulating HRPT data creates a variety of exciting experiences in science classrooms. A Science and Technology for Individuals, Societies, and the Environment (STISE) teaching model was developed (...) to use satellite technologies for science activities. STISE is a conceptual model for addressing key cognitive and affective parameters when designing science lessons. STISE is designed to encourage students to understand science and technology from their levels of cognition, then relate their understanding to the environment, levels of societies, and their lives. Relationships among science, technology, and society become both obvious and interesting to students as they process and interpret the HRPT imagery. (shrink)

In the article some aspects of relationships between modern science and religion are discovered and generalized in some models of these relationships.

Arguments about the relationship between science and religion often proceed by identifying a set of essential characteristics of scientific and religious worldviews and arguing on the basis of these characteristics for claims about a relationship of conflict or compatibility between them. Such a strategy is doomed to failure because science, to some extent, and religion, to a much larger extent, are cultural phenomena that are too diverse in their expressions to be characterized in terms of a (...) unified worldview. In this paper I follow a different strategy. Having offered a loose characterization of the nature of science, I pose five questions about specific areas where religious and scientific worldviews may conflict - questions about the nature of faith, the belief in a God or Gods, the authority of sacred texts, the relationship between scientific and religious conceptions of the mind/soul, and the relationship between scientific and religious understandings of moral behavior. My review of these questions will show that they cannot be answered unequivocally because there is no agreement amongst religious believers as to the meaning of important religious concepts. Thus, whether scientific and religious worldviews conflict depends essentially upon whose science and whose religion one is considering. In closing, I consider the implications of this conundrum for science education. (shrink)

This book discusses how scientific and other types of cognition make use of models, abduction, and explanatory reasoning in order to produce important or creative changes in theories and concepts. It includes revised contributions presented during the international conference on Model-Based Reasoning (MBR’015), held on June 25-27 in Sestri Levante, Italy. The book is divided into three main parts, the first of which focuses on models, reasoning and representation. It highlights key theoretical concepts from an applied perspective, addressing (...) issues concerning information visualization, experimental methods and design. The second part goes a step further, examining abduction, problem solving and reasoning. The respective contributions analyze different types of reasoning, discussing various concepts of inference and creativity and their relationship with experimental data. In turn, the third part reports on a number of historical, epistemological and technological issues. By analyzing possible contradictions in modern research and describing representative case studies in experimental research, this part aims at fostering new discussions and stimulating new ideas. All in all, the book provides researchers and graduate students in the field of applied philosophy, epistemology, cognitive science and artificial intelligence alike with an authoritative snapshot of current theories and applications of model-based reasoning. (shrink)

The current interaction of science and theology is surveyed. Modern physics describes a world of intrinsic unpredictability and deep relationality. Theology provides answers to the metaquestions of why that world is rationally transparent and rationally beautiful and why it is so finely tuned for carbon‐based life. Biology's fundamental insight of evolutionary process is to be understood theologically as creation “making itself.” In the twenty‐first century, biology may be expected to move beyond the merely mechanical. Neuroscience will not have much (...) useful interaction with theology until it attains theories of wide explanatory scope. Computer models of the brain do not meet this requirement. A theological style of bottom‐up thinking comes closest to scientific habits of thought. Complexity theory suggests that information will prove to be an increasingly important scientific concept, encouraging theology to revive the Thomistic notion of the soul as the form of the body. Another gift of science to theology will lie in providing a meeting point for the encounter of the world faith traditions. (shrink)

In lieu of an abstract, here is a brief excerpt of the content:Adolph Meyer’s Psychobiology in Historical Context, and Its Relationship to George Engel’s Biopsychosocial ModelEdwin R. Wallace IV (bio)Keywordspsychobiology, integrative models of psychiatry, biopsychosocial modelBefore addressing the importance of Adolf Meyer and the question of his impact on the biopsychosocial model of the psychoanalytical internist George Engel, let us tersely sketch the history of functionalism in medicine/psychiatry, and of the nineteenth/early twentieth century’s progressive abandonment of it in (...) favor of basic science reductive models of “disease,” not illness.FunctionalismWhereas Hippocratic physicians diagnosed diatheses in terms of humoral excesses or deficiencies, their primary emphasis was on the ill person. They began with careful histories of the patient’s complaints and his or her daily life course, customary activities, typical foods and beverages imbibed, and the exacerbation or relief of symptoms associated with any or all of these. They also asked questions about his physical and social environment. They carefully looked for any clinically pertinent signs, and might physically examine the patient or his excretions. When they arrived at a diagnosis (say, an excess of yellow or black bile, or of blood or phlegm), they would educate the patient about it and discuss possible approaches. Although leeching, emetics, or purgatives might be prescribed, “dietetics” was the core of the treatment. Much more than recommendations about dietary intake, this involved conversations about “lifestyle” management in general: exercise, fresh air, habit changes, and perhaps bathing in mineral waters or spas. If the patient were “melancholic” (which then included what we would now consider a variety of psychiatric disorders), he or she might be prescribed daily swimming and other forms of vigorous exercise, conversations with a philosopher, [End Page 347] attendance at theatrical comedies, or even referral to an Asklepian temple for “incubation sleep” and priestly dream interpretation. Often doctors worked closely with physical trainers, to whom they sent their patients. In short, their orientation was holistic (“mind”/”body” integration), directed first and foremost toward an individual ill person.In the second century, C.E. Galen, despite his humoral and anatomical pathologies, was similarly holistic or functionalist. He resorted to a variety of physical examinational methods while also attending to the patient’s mental/emotional status. He described one case where he was attending a woman for syncopal episodes. His examinations of her included his customary attention to the pulse. During one evening session, a servant entered and happened to mention that he had just seen the handsome Pylades dancing. Suddenly her pulse became irregular and she fainted straight away. This led Galen to consider love sickness, and perhaps not humoral or organ pathology. He tested his hypothesis during subsequent visits. Whenever another dancer or actor was mentioned, her pulse remained regular and her sensorium alert, but when Pylades was mentioned the irregular pulse and fainting recurred. Because she was married, Galen realized her insoluble conflict, and treated her accordingly.From the fall of Rome until the rise of University Medicine in the later Middle Ages, medical lore and doctoring was in monastic hands—each monastery had its clerical medic, who might also attend outsiders. They were attuned to the traditional triad of major mental disorders—mania, melancholia, and phrenitis—which they explained somatically. However, they also encountered lesser mental/emotional disorders for which they developed their own nosology. “Scrupulosity,” for example, characterized a committed monk with an unrealistic sense of sinfulness and guilt—which often drove him to self-mortification such as flagellation, hair shirts with chains underneath, and so forth, for which the remedy was kindly pastoral counseling. “Accedia” was akin to our “dysthymia,” whose sufferer was affected by sadness, lassitude, and impaired capacity to carry out the monastic routine. This was viewed as straddling the boundary between sickness and sin. Routine physical labor (“occupational therapy”) and prayers, confession, penance, and “pep talks” were prescribed.When universities with medical schools arose in the latter Middle Ages, students’ educations were mostly bookish and theoretical. Hippocratic and Galenic somatic orientations were still preeminent. (Vesalius would not publish his illustrated anatomical text until 1543.) Dietetics and purgatives, bloodletting, and so on were still favored treatments. Nevertheless, doctors gave considerable time and attention to their patients as ill... (shrink)