Le Schopenhauer de Théodore Ruyssen est paru en 1911 chez Félix Alcan dans la série "Les Grands Philosophes" où figuraient d'autres bonnes études comme le Schelling de Bréhier ou encore le Fichte (1902) de Xavier Léon. Ruyssen avait déjà fait paraître dans la même collection un Kant qui connut plusieurs rééditions. Tous ceux qu'intéresse l'œuvre de Schopenhauer ne pourront que se réjouir de la réimpression de ce titre depuis longtemps épuisé.

For most us, learning which quantum theory correctly describes human bodies will not affect our attitudes towards our loved ones. On the other hand, a child’s discovery of the nature of meat (or an adult’s discovery of the nature of soylent green) can have a great effect. In still other cases, it is hard to say how one would, or should, react to new information about the underlying nature of what we value—think of how mixed our reactions are to evidence (...) of cultural determinism or atheism, or of how mixed our reactions would be to learning that we all live in the Matrix. (Indeed, maybe there is no objective fact about how we should react. Derek Parfit’s (1984, section 95) fear of death diminished when he became convinced of certain theses about the metaphysics of personal identity. Perhaps there is no objective fact of the matter as to whether this was rational; perhaps it was rational for him but would not be for others.) What can metaphysics contribute to the question of the evil of death? It cannot, on its own, settle the question, since there is no simple rule telling us how to adjust value in light of new information about underlying nature. Given a clear view of the nature of death, there will remain the question of its disvalue. However, metaphysics can help us attain this clear view. Moreover, a clear conception of what metaphysical positions do and don’t say, and a clear conception of how metaphysics works in general, can remove impediments to a rational appraisal of the evil of death. (shrink)

What accounts for the prestige of quantitative methods? The usual answer is that quantification is desirable in social investigation as a result of its successes in science. Trust in Numbers questions whether such success in the study of stars, molecules, or cells should be an attractive model for research on human societies, and examines why the natural sciences are highly quantitative in the first place. Theodore Porter argues that a better understanding of the attractions of quantification in business, government, and (...) social research brings a fresh perspective to its role in psychology, physics, and medicine. Quantitative rigor is not inherent in science but arises from political and social pressures, and objectivity derives its impetus from cultural contexts. In a new preface, the author sheds light on the current infatuation with quantitative methods, particularly at the intersection of science and bureaucracy. (shrink)

I expand modal normativism, a theory of metaphysical modality, to give a normativist account of metaphysical explanation. According to modal normativism, basic modal claims do not have a descriptive function, but instead have the normative function of enabling language users to express semantic rules that govern the use of ordinary non-modal vocabulary. However, a worry for modal normativism is that it doesn’t keep up with all of the important and interesting metaphysics we can do by giving and evaluating metaphysical explanations. (...) So, I advance modal normativism by arguing that metaphysical explanations also have a normative rather than descriptive function. In particular, non-causal explanatory claims have formal and semantic properties that make them expressively stricter than basic modal claims and so are better suited to express fine-grained aspects of semantic rules. A major payoff of my normativist account of metaphysical explanations is that it yields a plausible story about how we come to evaluate and know metaphysical explanations—we do this primarily by conceptual analysis. I also respond to a number of objections, including the objection that the epistemic payoffs of my view are not worth the metaphysical costs. (shrink)

First published, here, in English. Reproduced (also in English) in Adorno's Gesammelte Schriften, 20.I.

How does science work? _Making Truth: Metaphor in Science_ argues that most laypeople, and many scientists, do not have a clear understanding of how metaphor relates to scientific thinking. With stunning clarity, and bridging the worlds of scientists and nonscientists, Theodore L. Brown demonstrates the presence and the power of metaphorical thought. He presents a series of studies of scientific systems, ranging from the atom to current topics in chemistry and biology such as protein folding, chaperone proteins, and global warming. (...) These case studies provide the basis for far-reaching conclusions about science as an intellectual and social practice and about the nature of scientific truth. (shrink)

We show that every nontrivial interval in the recursively enumerable degrees contains an incomparable pair which have an infimum in the recursively enumerable degrees.

While many are impressed with the utility of possible worlds in linguistics and philosophy, few can accept the modal realism of David Lewis, who regards possible worlds as sui generis entities of a kind with the concrete world we inhabit.1 Not all uses of possible worlds require exotic ontology. Consider, for instance, the use of Kripke models to establish formal results in modal logic. These models contain sets often regarded for heuristic reasons as sets of “possible worlds”. But the “worlds” (...) in these sets can be anything at all; they can be numbers, or people, or sh. The set of worlds, together with the accessibility relation and the rest of the model, is used as a purely formal structure.2 One can even go beyond establishing results about formal systems and apply Kripke models to English, as Charles Chihara has recently argued.3 Chihara shows, for instance, how to use Kripke models (plus primitive modal notions) to give an account of validity for English modal sentences. In other cases worlds are not really needed at all. It is often vivid to give a counterexample thus: “There is a possible world in which P. Since your theory implies that in all worlds, not-P, your theory is wrong.” But the counterexample could just as easily be given using modal operators: “Possibly, P. Since your theory implies that it is necessary that not-P, your theory is wrong.”. (shrink)

This book, ten years in the making, is the first factual and conceptual history of Martin Heidegger's Being and Time (1927), a key twentieth-century text whose background until now has been conspicuously absent. Through painstaking investigation of European archives and private correspondence, Theodore Kisiel provides an unbroken account of the philosopher's early development and progress toward his masterwork. Beginning with Heidegger's 1915 dissertation, Kisiel explores the philosopher's religious conversion during the bleak war years, the hermeneutic breakthrough in the war-emergency semester (...) of 1919, the evolution of attitudes toward his phenomenological mentor, Edmund Husserl, and the shifting orientations of the three drafts of Being and Time. Discussing Heidegger's little-known reading of Aristotle, as well as his last-minute turn to Kant and to existentialist terminology, Kisiel offers a wealth of narrative detail and documentary evidence that will be an invaluable factual resource for years to come. A major event for philosophers and Heidegger specialists, the publication of Kisiel's book allows us to jettison the stale view of Being and Time as a great book "frozen in time" and instead to appreciate the erratic starts, finite high points, and tentative conclusions of what remains a challenging philosophical "path.". (shrink)

An intrinsic property, as David Lewis puts it, is a property "which things have in virtue of the way they themselves are", as opposed to an extrinsic property, which things have "in virtue of their relations or lack of relations to other things".1 Having long hair is an intrinsic property; having a long-haired brother is not. Intuitive as this notion is (and valuable in doing philosophy, I might add), it seems to resist analysis. Analysis, that is, to “quasi-logical” notions such (...) as necessity, spatiotemporal location: using stronger tools, Lewis has given an analysis of intrinsicality that I take to be roughly correct. Lewis initially described intrinsic properties in his 1983 paper "Extrinsic Properties" as follows. (shrink)

The existence and importance of supervenience principles for identity across times and worlds have been noted, but insufficient attention has been paid to their precise nature. Such attention is repaid with philosophical dividends. The issues in the formulation of the supervenience principles are two. The first involves the relevant variety of supervenience: that variety is global, but there are in fact two versions of global supervenience that must be distinguished. The second involves the subject matter: the names “identity over time” (...) and “identity across worlds” are misnomers, for in neither case is identity at issue. The philosophical dividends then follow. Nathan Salmon’s argument that identity over time needs no “grounds” in matters of qualitative fact can be answered, as can an argument offered by many, that coincident objects would require objectionably ungrounded differences in identities across times and worlds. (shrink)

This note is to show that a well-known point about David Lewis’s (1986) modal realism applies to Timothy Williamson’s (1998; 2002) theory of necessary existents as well.1 Each theory, together with certain “recombination” principles, generates individuals too numerous to form a set. The simplest version of the argument comes from Daniel Nolan (1996).2 Assume the following recombination principle: for each cardinal number, ν, it’s possible that there exist ν nonsets. Then given Lewis’s modal realism it follows that there can be (...) no set of all (that is, Absolutely All) the nonsets. For suppose for reductio that there were such a set, A; let ν be A’s cardinality; and let µ be any cardinal number larger than ν. By the recombination principle, it’s possible that there exist µ nonsets; by modal realism, there exists a possible world containing, as parts, µ nonsets; each of these nonsets is a member of A. (shrink)

What the Body Told is the second book of poetry from Rafael Campo, a practicing physician, a gay Cuban American, and winner of the National Poetry Series 1993 Open Competition. Exploring the themes began in his first book, The Other Man Was Me, Campo extends the search for identity into new realms of fantasy and physicality. He travels inwardly to the most intimate spaces of the imagination where sexuality and gender collide and where life crosses into death. Whether facing a (...) frenetic hospital emergency room to assess a patient critically ill with AIDS or breathing in the quiet of his mother's closet, Campo proposes with these poems an alternative means of healing and exposes the extent to which words themselves may be the most vital working parts of our bodies. The secret truths in What the Body Told, as the title implies, are already within each of us. In these vivid and provocative poems, Rafael Campo gives them a voice. (shrink)

Stephanie Morain and Emily Largent’s (2023) target article “Think Pragmatically: Investigators’ Obligations to Patient-Subjects When Research is Embedded in Care” identified a number of important c...

Shamik Dasgupta has argued that realists about natural properties (and laws, grounding, etc.) cannot account for their epistemic value. For "properties are cheap": in addition to natural properties and any value the realist might attach to them, there are also "shmatural" properties (standing to natural properties like charge and mass as Goodman's grue and bleen stand to green and blue) and a corresponding "shmvalue" of theorizing in terms of them. Dasgupta's challenge is one of objectivity: the existence of the "shmamiked" (...) network of concepts threatens the objectivity of facts stated using the unshmamiked network. But the challenge can be repelled given a proper understanding of objectivity itself. (shrink)

A certain conception of Hell is inconsistent with God's traditional attributes. My argument is novel in focusing on considerations involving vagueness. God is in charge of the selection procedure, so the selection procedure must be just; any just procedure will have borderline cases; but according to the traditional conception, the afterlife is binary and has no borderline cases.

Like the cracking of the genetic code and the creation of the atomic bomb, the discovery of how the brain's neurons work is one of the fundamental scientific developments of the twentieth century. The discovery of neurotransmitters revolutionized the way we think about the brain and what it means to be human yet few people know how they were discovered, the scientists involved, or the fierce controversy about whether they even existed. The War of the Soups and the Sparks tells (...) the saga of the dispute between the pharmacologists, who had uncovered the first evidence that nerves communicate by releasing chemicals, and the neurophysiologists, experts on the nervous system, who dismissed the evidence and remained committed to electrical explanations. The protagonists of this story are Otto Loewi and Henry Dale, who received Nobel Prizes for their work, and Walter Cannon, who would have shared the prize with them if he had not been persuaded to adopt a controversial theory (how that happened is an important part of this history). Valenstein sets his story of scientific discovery against the backdrop of two world wars and examines the fascinating lives of several scientists whose work was affected by the social and political events of their time. He recounts such stories as Loewi's arrest by Nazi storm troopers and Dale's efforts at helping key scientists escape Germany. The War of the Soups and the Sparks reveals how science and scientists work. Valenstein describes the observations and experiments that led to the discovery of neurotransmitters and sheds light on what determines whether a novel concept will gain acceptance among the scientific community. His work also explains the immense importance of Loewi, Dale, and Cannon's achievements in our understanding of the human brain and the way mental illnesses are conceptualized and treated. (shrink)