ZUSAMMENFASSUNGDie Kirche sieht sich in der Zuständigkeit für die Verwaltung des Transzendenten. Gestützt auf die Genesis erhebt sie aber auch den Erklärungsanspruch für die Entstehung der irdischen Welt. Jedoch weicht sie hier mehr und mehr der naturwissenschaftlichen Konkurrenz. Selbst die Evolutionstheorie wird heute nicht mehr rundweg abgelehnt. Die Neubewertung des Realitäts-begriffs und der Naturgesetze durch die evolutionäre Erkenntnistheorie zeigt jedoch, dass auch der Erklärungsanspruch empirischer Weltbilder überdacht werden muss, was nicht ohne Einfluss auf das Verhältnis zu den religiösen Weltbildern bleibt.Viel (...) gravierender jedoch kann die Tendenz werden, dass sich die Auseinandersetzung zwischen Religion und Wissenschaften immer mehr von den Naturwissenschaften zu den Sozialwissenschaften verlagert. Probleme der physischen Naturbeherrschung sind heute sehr viel weiter gehend gelöst als die Probleme der sozialen Umwelt. Schon heute ist das zentrale Paradigma der Menschheit die Bewältigung sozialer Probleme. Die Beherrschung des Klimas zum Beispiel, von der Sache her ein physisches Problem, wird mehr und mehr zum sozialen Problem. Wollen die Kirchen hier als gestaltende Kraft mithalten, müssen sie sich von der auf die Bibel gestützten Angebotsorientierung fortentwickeln zu der Nachfrageorientierung politischer Parteien und anderer Sozialorganisationen. Das könnte sich zur Bedrohung der theologischen Bedeutung der Kirchen entwickeln. SUMMARYThe church sees itself as the general administrator of the transcendent. But at the same time, based on the genesis, it claims as well the competence to explain the creation of the physical world. Here, however, it recoils more and more from the natural sciences. Even the idea of biological evolution is no longer flatly rejected. However, the reinterpretation of the natural laws and the notion of reality within the framework of the evolutionary epistemology show that the explanatory power of the natural sciences is no longer unquestionable. This, no doubt, has consequences for the relationship of natural and transcendental sciences.Of far more impact, however, can be the trend that the dispute between religion and sciences is shifting from the nature sciences towards the social sciences. Problems we have with our natural environment and to be solved by nature sciences are replaced more and more by problems we have with our social environment and to be solved by the social sciences. Already nowadays the central paradigm of mankind is the solution of social problems. Mastering the climate, for example, though primarily a physical problem becomes more and more a social subject. If the churches want to keep up here they have to shift from the supply orientation as provided by the bible towards the demand orientation presented by political and other social organisations. This could begin to threaten the theological importance of the churches. (shrink)

Two decades after the publication of Clifford and Marcus' volume Writing Culture, this collection provides a fresh and diverse reassessment of the debates that ...

In this essay, I argue that Ted Poston's theory of explanatory coherentism is well-suited as a tool for causal explanation in the health sciences, particularly in epidemiology. Coherence has not only played a role in epidemiology for more than half a century as one of Hill's viewpoints, it can also provide background theory for the development of explanatory systems by integrating epidemiologic evidence with a diversity of other error-independent data. I propose that computational formalization of Hill's viewpoints in an explanatory (...) coherentist framework would provide an excellent starting point for a formal epistemological (knowledge-theoretical) project designed to improve causal explanation in the health sciences. As an example, I briefly introduce Paul Thagard's ECHO system and offer my responses to possible objections to my proposal. (shrink)

Starting from a passage in the treatise De universali reali by Jean de Maisonneuve, where Jean de Maisonneuve denounces John Buridan as a materialist, the article looks for textual evidence that would support or otherwise refute this claim in Buridan’s works on natural philosophy. In particular, the article analyzes Buridan’s discussion of universal knowledge in the final redactions of his commentaries on Aristotle’s Physica and De anima, which turn out to complement each other. Here, Buridan asks if something extended and (...) material can have universal knowledge. Against the opinion commonly held, according to Buridan, not only by many of his contemporaries, but also by almost all of the ancient commentators, Buridan argues that traditional arguments against a materialistic theory of the human mind are not conclusive. After having removed the main stumbling blocks, he goes on to sketch a theory of universal knowledge that is compatible with the assumption that the human intellect is a material form. As an appendix, the paper contains an edition of the key question on universal knowledge in the penultimate redaction of John Buridan’s Physics commentary, which is made available in print for the first time here. (shrink)

Randolph Bourne was only thirty-two when he died in 1918, but he left a legacy of astonishingly mature and incisive writings on politics, literature, and culture, which were of enormous influence in shaping the American intellectual climate of the 1920s and 1930s. This definitive collection, back in print at last, includes such noted essays as "The War and the Intellectuals," "The Fragment of the State," "The Development of Public Opinion," and "John Dewey's Philosophy." Bourne's critique of militarism and advocacy of (...) cultural pluralism are enduring contributions to social and political thought, sure to have an equally strong impact in our own time. In their introduction and preface, Olaf Hansen and Christopher Lasch provide biographical and historical context for Bourne's work. (shrink)

Many kinds of complex systems exhibit characteristic patterns of temporal correlations that emerge as the result of functional interactions within a structured network. One such complex system is the brain, composed of numerous neuronal units linked by synaptic connections. The activity of these neuronal units gives rise to dynamic states that are characterized by specific patterns of neuronal activation and co-activation. These patterns, called functional connectivity, are possible neural correlates of perceptual and cognitive processes. Which functional connectivity patterns arise depends (...) on the anatomical structure of the underlying network, which in turn is modified by a broad range of activity-dependent processes. Given this intricate relationship between structure and function, the question of how patterns of anatomical connectivity constrain or determine dynamical patterns is of considerable theoretical importance. The present study develops computational tools to analyze networks in terms of their structure and dynamics. We identify different classes of network, including networks that are characterized by high complexity. These highly complex networks have distinct structural characteristics such as clustered connectivity and short wiring length similar to those of large-scale networks of the cerebral cortex. (shrink)