Brian Garrett

Sur la base de ce qu’il a appelé « le principe d’héritabilité causale », Jaegwon Kim a soutenu que les propriétés réalisables de façons multiples ne constituent pas des sortes causales scientifiques. Mon principal objectif est de répondre aux arguments de Kim contre le physicalisme non réductionniste. Je défends l’idée qu’il existe plus de pouvoirs causaux que les seuls pouvoirs causaux physiques. Cela n’a rien de surprenant puisqu’il existe plus de particuliers que le nombre total de particules physiques fondamentales. Et la réflexion sur la nature des individus, et plus spécifiquement sur leur capacité à préserver leur identité à travers le changement ou le remplacement de leurs parties, indique que les individus ont des pouvoirs causaux distincts de ceux des particuliers physiques qui les constituent. Je soutiens que si cela est plausible, alors l’abandon du principe d’héritabilité causale l’est tout autant.Jaegwon Kim has recently argued, using what he calls “The Causal Inheritance Principle”, that multiply realizable properties are not causal, scientific kinds. My primary concern is to reply to Kim's arguments against nonreductive physicalism. I shall defend the idea that there are, indeed, more causal powers than the physical. But this should come as no surprise, since there are more individuals than the total number of fundamental physical particles. Reflections on the nature of individuals, specifically, on their ability to survive through change or replacement of their parts, indicates that individuals have causal powers nonidentical with the causal powers of the physical individuals that constitute them. I claim that, if this is plausible, the rejection of The Causal Inheritance Principle is also plausible

Davidson argues that mental properties are causally relevant properties. I argue that Davidson cannot appeal to ceteris paribus causal laws to ensure that these properties are causally relevant, if he wishes to retain his argument for anomalous monism. Second, I argue that the appeal to supervenience cannot, by itself, give us an account of the causal relevancy of mental properties. I argue that, while mental properties may indeed 'make a difference' to the causally efficacious properties of events, this is not sufficient to show that mental properties are causally relevant

Kim's exclusion argument threatens to show that irreducible constituted objects are epiphenomenal. Kim's arguments are examined and found to be unconvincing; that a constituted cause requires its constituent to be a cause is not an adequate reason to reject the causation of the constituted object (event or property-instance). However, I introduce and argue for, the Causal Power Uniqueness Condition (CPUC). I argue that CPUC and the causal closure of the physical, implies that constituted objects or property-instances are not novel causal powers

Why is there something rather than nothing? Does God exist? Does time flow? What are we? Do we have free will? What is truth? Metaphysics is concerned with ourselves and reality, and the most fundamental questions regarding existence. This clear and accessible introduction covers the central topics in metaphysics in a concise but comprehensive way. Brian Garrett discusses the crucial concepts in a highly readable manner, easing the reader in with a look at some important philosophical problems. He addresses key areas of metaphysics: God Existence Modality Universals and particulars Facts Paradoxes of material constitution Causation Time Free will Personal identity Truth. This second edition has been thoroughly revised. Most chapters include substantial amounts of new material, and there are additional chapters on Existence, Modality, Facts and Paradoxes of Material Constitution. _What is this thing called Metaphysics?_ contains many helpful student-friendly features. Each chapter concludes with a useful summary of the main ideas discussed, a glossary of important terms, study questions, annotated further reading, and a guide to web resources. Text boxes provide bite-sized summaries of key concepts and major philosophers, and clear and interesting examples are used throughout.

Elementary Logic explains what logic is, how it is done, and why it can be exciting. The book covers the central part of logic that all students have to learn: propositional logic. It aims to provide a crystal-clear introduction to what is often regarded as the most technically difficult area in philosophy. The book opens with an explanation of what logic is and how it is constructed. Subsequent chapters take the reader step-by-step through all aspects of elementary logic. Throughout, ideas are explained simply and directly, with the chapters packed with overviews, illustrative examples, and summaries. Each chapter builds on previous explanation and example, with the final chapters presenting more advanced methods. After a discussion of meta-logic and logical systems, the book closes with an exploration of how paradoxes can exist in the world of logic. Elementary Logic's clarity and engagement make it ideal for any reader studying logic for the first time