In this paper, I formulate, elucidate, and defend a version of modal realism with overlap, the view that objects are literally present at more than one possible world. The version that I defend has several interesting features: (i) it is committed to an ontological distinction between regions of spacetime and material objects; (ii) it is committed to compositional pluralism, which is the doctrine that there is more than one fundamental part-whole relation; and (iii) it is the modal analogue of endurantism, (...) which is the doctrine that objects persist through time by being wholly present at each moment they are located. (shrink)

There are different ways to be. This paper explicates and defends this controversial thesis. Special attention is given to the meta-ontology of Martin Heidegger. -/- .

Philosophy and the roots of social science: the Enlightenment To introduce a primarily analytical essay by reference to a group of thinkers whose ...

Introduction: Christian moral action -- Stanley Hauerwas -- Reinhard Hütter -- Common threads -- Thomas Aquinas -- Toward an ecumenical ethic of grace -- Conclusion: A community-centered ecumenical ethic of grace.

Narrative theology views the truths of scripture through an iconographic lens to indicate God's intimate involvement in human life. However, when narrative theology becomes "narrative theological ethics," the transformative power of narrative about God receives more emphasis than the power of God itself. Narrative theology quickly moves toward linguistic idolatry when God's grace is valued merely as an important facet of a powerful narrative rather than as the foundation of Christian moral action.

Writing an accessible introduction to process theology is no easy task. As Roland Faber notes, “Process theology is a quite complex phenomenon”. Yet this is the task he sets out for himself in The Becoming of God: Process Theology, Philosophy, and Multireligious Engagement. While Faber describes his book as an introduction to process theology, it would perhaps be better described as an introduction to the thought of Alfred North Whitehead and its theological implications.In typical Faber fashion, this poetic introduction to (...) Whitehead is thorough, complex, and insightful. Ranging across issues of science, religious studies, theology, and philosophy, Faber tackles some of the most complicated thought problems... (shrink)

This book offers a new paradigm for religious pluralism by exploring Indic insights of Jainism and the nature of paradox.

In this paper the quantum covariant relativistic dynamics of many bodies is reconsidered. It is emphasized that this is an event dynamics. The events are quantum statistically correlated by the global parameter τ. The derivation of an event Boltzmann equation emphasizes this. It is shown that this Boltzmann equation may be viewed as exact in a dilute event limit ignoring three event correlations. A quantum entropy principle is obtained for the marginal Wigner distribution function. By means of event linking (concatenations) (...) particle properties such as the equation of state may be obtained. We further reconsider the generalized quantum equilibrium ensemble theory and the free event case of the Fermi-Dirac and Bose-Einstein distributions, and some consequences. The ultra-relativistic limit differs from the non-covariant theory and is a test of this point of view. (shrink)

The history of Physical Science appears to exhibit, periodically, a race between the acmulation of data and the ability of its codification to find a natural place for much of the empirical findings. If the codifying scheme is a mathematical theory, capable of interpolation and extrapolation, according to the rules of the particular branch of mathematics employed, the ablest handlers of the theory are frequently confronted with a situation in which mathematical computation alone does not suffice. In such a situation (...) the introduction of symbols, whose interpretation is not direct and simple is resorted to. This symbol is usually involved in a mathematical relation by a species of reasoning, which may be somewhat unfamiliar and remote from customary habits of thought. It is generally accepted as physically valid, if the mathematical formulation which involves it can produce results which account for the mass of data uncovered by experimenters. As an example of such a procedure we may mention the case of the Schrödinger Ψ-symbol, a symbol which was involved in Schrödinger's famous matter wave equation. The successes which such a theory enjoyed, particularly, in its initial stages, in formally relating the relative positions and intensities of spectral lines, with the atomistic concepts of gross matter which were inferred from the data of macroscopic measurement, such as the atomic mass, the electronic charge, Planck quantum of action, etc.,—these successes, gave a certain physical dignity to the Ψ-function itself. This dignity was further enhanced by the disclosure, by Schrödinger, of four functions of the Ψ-symbol which held the same place in the “continuity equation” as the classical charge density and the three components of current density. The successes accompanying this discovery for spectroscopic problems, in particular, are well known to Physicists. (shrink)