An elegant introduction to Bataille's major concepts and concerns, "Bataille: A Critical Reader" underlines the powerful impact his work has had, in different ...

This article interrogates postmodern and Levinasian conceptions of ethics with recourse to Quentin Tarantino's Reservoir Dogs and certain psychoanalytical concepts formulated in Jacques Lacan's Ethics of Psychoanalysis. Since Levinas, ethical thinking has, in some quarters, moved away from conventional questions about moral agency, rights and social justice, on to a concern towards the ultimate unknowability of `the other'. Ethics depends, for Levinas, on an unpredictable, accidental encounter with something Other, that, in its singularity, demands a response; it is precisely the (...) contingency of the encounter that constitutes the ethical difference from the realm of morality and law. Tarantino's movie narratives are also structured around accidents, disclosing the pain and jouissance of accidental expenditures that lie at the heart of any relation to the Other. In the midst of trauma, the Thing emerges, around which goods and signification circulate, that both delimits the identification of the Good and marks a space beyond moral law that becomes the site of radical ethical questioning. (shrink)

"This anthology of writings by prominent black thinkers from antiquity to the present makes the case for a central tradition of black philosophy, rooted in Africa and distinct from the intellectual heritage of the West."--From publisher description.

In my essay I look at the specifics of the dispute between the Scottish metaphysician Andrew Baxter and the mathematician Colin MacLaurin in an attempt to identify the source or sources of their contradictory, yet in both cases Newtonian, positions regarding occasionalism. After some general introductory remarks about each thinker, I examine the metaphysical implications that Baxter sees as following from Newton's concept of vis inertiæ. Following this, I look at MacLaurin's commitment to the role of sense experience in (...) natural philosophy. Finally, I discuss the different passages from Newton's Opticks on which the two thinkers focus. (shrink)

The claim that scientific explanation is deductive has been attacked on both systematic and historical grounds. This paper briefly defends the claim against the systematic attack. Essential to this defence is a distinction between perfect and imperfect explanation. This distinction is then used to illuminate the differences and similarities between Aristotelian (anthropomorphic) explanations of certain facts and those of classical mechanics. In particular, it is argued that when one attempts to fit classical mechanics into the Aristotelian framework the latter becomes (...) structurally incoherent. It is suggested that this, together with the fact that classical mechanics embodied the first piece of perfect knowledge, accounts, in part at least, for the historical fact of the rapid demise of the Aristotelian patterns as the new science developed. On the basis of this discussion, the inadequacies of the attack on the deductive model on historical grounds by Toulmin come to be seen. (shrink)

The claim that scientific explanation is deductive has been attacked on both systematic and historical grounds. This paper briefly defends the claim against the systematic attack. Essential to this defence is a distinction between perfect and imperfect explanation. This distinction is then used to illuminate the differences and similarities between Aristotelian (anthropomorphic) explanations of certain facts and those of classical mechanics. In particular, it is argued that when one attempts to fit classical mechanics into the Aristotelian framework the latter becomes (...) structurally incoherent. It is suggested that this, together with the fact that classical mechanics embodied the first piece of perfect knowledge, accounts, in part at least, for the historical fact of the rapid demise of the Aristotelian patterns as the new science developed. On the basis of this discussion, the inadequacies of the attack on the deductive model on historical grounds by Toulmin come to be seen. (shrink)

My purpose in this paper is to argue that the classical notion of entailment is not suitable for non-bivalent logics, to propose an appropriate alternative and to suggest a generalized entailment notion suitable to bivalent and non-bivalent logics alike. In classical two valued logic, one can not infer a false statement from one that is not false, any more than one can infer from a true statement a statement that is not true. In classical logic in fact preserving truth and (...) preserving non-falsity are one and the same thing. They are not the same in non-bivalent logics however and I will argue that the classical notion of entailment that preserves only truth is not strong enough for such a logic. I will show that if we retain the classical notion of entailment in a logic that has three values, true, false and a third value in between, an inconsistency can be derived that can be resolved only by measures that seriously disable the logic. I will show this for a logic designed to allow for semantic presuppositions, then I will show that we get the same result in any three valued logic with the same value ordering. I will finally suggest how the notion of entailment should be generalized so that this problem may be avoided. The strengthened notion of entailment I am proposing is a conservative extension of the classical notion that preserves not only truth but the order of all values in a logic, so that the value of an entailed statement must alway be at least as great as the value of the sequence of statements entailing it. A notion of entailment this strong or stronger will, I believe, be found to be applicable to non-classical logics generally. In the opinion of Dana Scott, no really workable three valued logic has yet been developed. It is hard to disagree with this. A workable three valued logic however could perhaps be developed however, if we had a notion of entailment suitable to non-bivalent logics. (shrink)

This chapter discusses natural theology in the early modern period. It demonstrates that early modern natural theology was a contested arena, in which a number of different standpoints might be justified based on the history of classical or Christian thought; that those different positions reflected disagreements about how one should read the evidence of nature, and what weight one should give to the Bible and to reason as lights to guide one in doing; and that natural theology had an important (...) and changing role to play in the Aristotelian curriculum that dominated the universities of Western Europe until at least the late seventeenth century. The chapter then considers successful late seventeenth- and early eighteenth-century natural theologies that were written by theologians, followed by discussions of revolutions in knowledge and natural philosophy, and the impact of Descartes and Newton. (shrink)

Traditional logical empiricist and more recent historicist positions on the logic of discovery are briefly reviewed and both are found wanting. None have examined the historical detail now available from recent research on Darwin, from which there is evidence for gradual transition in descriptive and explanatory concepts. This episode also shows that revolutionary research can be directed by borrowed metascientific objectives and heuristics from other disciplines. Darwin's own revolutionary research took place within an ontological context borrowed from non evolutionary predecessors (...) with methodological objectives borrowed from and justified by their success in Newton's physics. The logic of discovery is not a special form of inference from observation to theory, but rather a theory of the rationality of research, including principles bearing upon the rational choice of problems, or epistemic objectives, and heuristic, or means to solving the problems. Such choices can be justified only locally in the context of a relatively stable background ontology and substantive epistemology, not globally for all science. (shrink)

Kant's views on the epistemological status of physical science provide an important example of how a philosophical system can be applied to understand the foundation of scientific theories. Michael Friedman has made considerable progress towards elucidating Kant's philosophy of science; in particular, he has argued that Kant viewed Newton's law of universal gravitation as necessary for the possibility of experiencing what Kant called true motion, which is more than the mere relative motion of appearances but is different from (...) class='Hi'>Newton's concept of absolute motion. In this context, Friedman has provided an account of how Kant must have viewed Newton's supposed derivation of universal gravitation from Kepler's laws, based on, among other things, Kant's claim that Newton really needed to make extra assumptions in order to derive universal gravitation. In this paper, I argue that Friedman's account is incomplete for three reasons. First, Friedman has overlooked an important aspect of how Newton's third law is applied in the relevant sections of the Principia; as a result, Friedman's account partially misconstrues the relation between the planetary phenomena and the theory of universal gravitation. Second, his account fails to account for Kant's apparent belief that Kepler's laws are only empirically-based rules, even though they seem to be necessary for the derivation of universal gravitation and hence also necessary for Kant's own definition of true motion. Third, Friedman has overlooked some remarks by Kant that indicate that Kant thought the crucial properties of universal gravitation could be known without reference to the empirically determined motions of the planets and hence seemingly without any help from Newton. (shrink)

This book examines the various norms for the logic and methodology of science, placing them in the context of the cognitive interests and explanatory ideals that motivate science. Various themes in the philosophy of science are examined, including the views of K. Popper, T. Kuhn, and L. Laudan. Characteristic cases of scientific theories are examined in order to illustrate and justify the proposed norms. These include, on the one hand, the emergence of the science of Galileo, Kepler, and Newton (...) from the older metaphysical style of explanation to be found in Aristotle and, on the other hand, Darwin's theory of natural selection. Also included are characteristic cases of pseudoscience, including creation science, Lysenkoism, Velikovsky, UFOs and ancient astronauts, astrology, parapsychology, and various kinds of alternative medicine. From these examples and the more theoretical discussion, there emerges a series of norms for demarcating science and pseudoscience. Various aspects of the scientific method are examined in detail, including the role of hypotheses, the logical structure of theories, and how these relate to the experimental methods of John Stuart Mill. collection; for example, what do we say about observational reports of the existence of UFOs? In this context there is a discussion of some of the issues raised in the so-called science wars. It is concluded that the sociology of science can at times be helpful to the scientific community in improving their methods of investigation. (shrink)

The greatest philosopher of the twentieth century may not have been Wittgenstein, or Russell, or Quine (and he certainly wasn’t Heidegger), but he may have been a somewhat obscure and conservative Australian named David Stove (1927-94). If he wasn’t the greatest philosopher of the century, Stove was certainly the funniest and most dazzling defender of common sense to be numbered among the ranks of last century’s thinkers, better even—by far—than G. E. Moore and J. L. Austin. The twentieth century was (...) not a period in which philosophers distinguished themselves as essayists, or even as capable of writing interestingly on any subject outside their speciality (or even within it). Stove, though, was an essayist, polemicist, and wit of the highest order, rather like a super-intelligent H. L. Mencken. A heavyweight admirer was once led to write that “Reading Stove is like watching Fred Astaire dance. You don’t wish you were Fred Astaire, you are just glad to have been around to see him in action.”. (shrink)

Over the past three centuries in the West, there has been a sort of oscillation between two antagonistic visions of the world. One sees the world as being fundamentally inert, in such a manner that all hopes, dreams and technological delights are permitted. The other thinks of the world as inhabited by a spirit who consecrates all its parts by recording them in a great whole. We can think of the pantheism that sets itself in opposition to Newton's materialism (...) or, more exactly, to the materialist interpretation given to Newton in the 18th century. In the 17th century the opposite had occurred. The magic universe of the Renaissance had given place to the triumphs of the Cartesian mechanism. As for protestantism, which is said to have been one of the most powerful factors of disenchantment after the 17th century, how was one not to see it prolonged, by reaction, into a philosophy for which nature is the tangible presence of God? When Calvin wrote that nothing happens in nature that is not a direct effect of the divine will, we already see appear in the background the mystic ecstasies that Rousseau experienced in nature. For if no single leaf flutters and no breeze blows without divine intervention, then receiving the slightest sensation would mean, according to Jean-Jacques Rousseau, entering into direct contact with God. (shrink)

At first glance, the formulation of the principle of inertia—not. yet complete with Galileo, more precise with Gassendi, finally systematic with Newton—seems to constitute but one of the aspects of a process of deep transformations at the end of which traditional cosmology was replaced by various world systems. These transformations—or, to use a more classic term, this “ scientific revolution” —have been the object of numerous works, a list, of which would alone fill the pages of a thick volume. (...) But the principle of inertia itself, a principle about which can be said without exaggeration that it expressed the essence of this revolution at the same time as it stimulated it, has perhaps not received all the attention it deserves. And especially the impact of this principle on Western culture has not been fully measured. True, Alexandre Koyré has always insisted on the fact that, by reducing movement to a state like that of the state of rest, the principle of inertia expressed a new vision of the world more than a scientific result. But his admirable analyses deal more with the slow advent of the priciple of inertia among the natural philosophers who preceded, accompanied and then followed Galileo than with the theological, philosophical and literary impact of this principle. Moreover, by examining this impact, we discover that it is necessary to make a distinction between Euclidian space and absolute space, a distinction which is frequently implicit with certain scientific historians, but, and this must be emphasized, is more often ignored. (shrink)

ONE of the most celebrated mathematical physicists, Pierre-Simon Laplace is often remembered as the mathematician who showed that despite appearances, the Solar System does conform to Newton’s theories. Together with distinguished scholars Robert Fox and Ivor Grattan-Guinness, Charles Gillispie gives us a new perspective, showing that Laplace did not merely vindicate Newton’s system, but had a uniquely creative and independent mind.

This paper replies to Fred Ablondi’s discussion of Descartes’s treatment of madness in the Meditations. Against Ablondi’s interpretation that Descartes never seriously takes on board the skeptical hypothesis that he might be mad, because to do so would be for him to undermine the logical thought processes required to realize his agenda in the Meditations, I contend that Descartes does employ madness as a skeptical device, by assimilating its skeptical essentials into the dream argument. I maintain that while Descartes (...) does not use madness to undermine logical processes, he does adduce other considerations that reveal him to be prepared to see those processes undermined. On the question why Descartes abandons madness in the Meditations, I argue that, despite its attractiveness as a skeptical device, the madness hypothesis involves methodological shortcomings that render it unfit for service in the doubt. (shrink)

The authors of this collection fail to make clear the distinction between naturalistic and purely logical/methodological approaches to the philosophy of science. I also criticise Thomas Nickles's attempt to devise an explanatory method for discovery in science using programs that produce trial and error explorations of a domain, which he thinks replaces the need for a conjecture a refutation approach (cf. Popper and Campbell). Such programs embody undeclared conjectures in the way they are set up.

THE MIND-BODY PROBLEM: A GUIDE TO THE CURRENT DEBATE (EDITED BY RICHARD WARNER AND TA D E U S Z SZUBKA) contains recent essays by the key players in the the field of the Mind-Body problem: Searle, Fodor, Problem Honderich, Nagel, McGinn, Stich, Rorty and others. But there are a few interesting exceptions, for example Edelman, Popper, Putnam and Dennett. Nevertheless, these thinkers do get a mention here and there, and nearly all the exciting topical issues are dealt with, including (...) externalism, functionalism, intentionality, Turing computational models, and the relationship between these philosophical problems and psychology. I am particularly struck by the tendency to engage in an evasive stratagem when it comes to stating the physicalist thesis. Instead of a clear definitive position about what kind of physical science would achieve the hoped-for reduction, what I found was variations on Lewis's claim that the reduction would be effected by a "unified body of scientific theories of the sort we now accept". Materialism used to be a clear doctrine: a clockwork Universe of impenetrable particles. But materialism transcended itself. First through Hobbes' and Leibniz's criticisms of Descartes, then Newton's demolition of the Cartesian idea that matter was essentially extension by introducing gravity (action at a distance) and then through the field theories of Faraday and Maxwell, and more recently through Einstein's work, which undermined the "substance" view of matter, something that remained permanent while other changes occurred. I contrast the perspectives of the Churchlands with those of Donald T. Campbell, Karl Popper and other evolutionary and emergentist views. -/- . (shrink)

David Ray Griffin does not fully come to terms with the fact that science has already abandoned the narrow materialist view of bits of matter pushing each other around. Even as early as Newton's law of gravitation, and most obviously with quantum physics, science has embraced the view that the world consists of relationships (often described as laws) between different types of processes and states.

In this provocative book, Fred Dretske argues that to achieve an understanding of the mind it is not enough to understand the biological machinery by means of...

This collection of essays by eminent philosopher Fred Dretske brings together work on the theory of knowledge and philosophy of mind spanning thirty years. The two areas combine to lay the groundwork for a naturalistic philosophy of mind. The fifteen essays focus on perception, knowledge, and consciousness. Together, they show the interconnectedness of Dretske's work in epistemology and his more contemporary ideas on philosophy of mind, shedding light on the links which can be made between the two. The first (...) section of the book argues the point that knowledge consists of beliefs with the right objective connection to facts; two essays discuss this conception of knowledge's implications for naturalism. The next section articulates a view of perception, attempting to distinguish conceptual states from phenomenal states. A naturalized philosophy of mind, and thus a naturalized epistemology, is articulated in the third section. This collection will be a valuable resource for a wide range of philosophers and their students, and will also be of interest to cognitive scientists, psychologists, and philosophers of biology. (shrink)

From very early on, Western philosophers have been obsessed with the understanding of a relatively few works of philosophy which have played a disproportionately large and fundamental role in developing the Western philosophical canon, dominating the curriculum in the past and in the present; there is no indication that they will not do so in the future.Uses and Abuses of the Classics examines the various ways in which the different periods of the history of philosophy have approached these texts. The (...) editors have chosen for analysis some of the major philosophers from periods of the history of philosophy in which the interpretation of the classics has been particularly significant.Contributions to this book include entries on: Aristotle's reading of Plato; Averroes on Aristotle; Nietzsche on the Beginnings of Western Philosophy; and Thomas Aquinas's Commentary on Aristotle's Metaphysics. (shrink)