Volume 28, Issue 4, July 2020, Page 845-847.

Without cause and effect, there would be no science or technology, no moral responsibility, and no system of law. Causation is therefore the most fundamental connection in the universe and a core topic of philosophical thought. This Very Short Introduction introduces all of the main theories of causation and its key debates.

A new series entitled Oxford Philosophical Concepts (OPC) made its debut in November 2014. As the series’ Editor Christia Mercer notes, this series is an attempt to respond to the call for and the tendency of many philosophers to invigorate the discipline. To that end each volume will rethink a central concept in the history of philosophy, e.g. efficient causation, health, evil, eternity, etc. “Each OPC volume is a history of its concept in that it tells a story about (...) changing solutions to specific philosophical problems” (xiii). The series presents itself as innovative along three main lines: its reexamination of the so-called “canon,” its reconsidering the value of interdisciplinary exchanges, and its encouraging philosophers to move beyond the current borders of philosophy. By engaging with non-Western traditions and carefully considering topics and materials which are not strictly philosophical, the collections from this series aim to render the history of philosophy accessible to a wide audience. -/- The first OPC volume to appear in print is “Efficient Causation – A History” edited by Tad Schmaltz. Using careful historical and philosophical analysis as well as interdisciplinary reflections this anthology proposes to tell the story of how efficient causation, equated nowadays with “causation” tout court, came to play its prominent role in our philosophical and scientific vocabulary. Eleven contributions cover the period from Ancient times (Aristotle and the Stoics), through the Middle Ages (both the Western and the Islamic traditions), passing through the Early Modern times (represented here by Descartes, Spinoza, Leibniz, Malebranche, Berkeley and Hume), all the way to Kant and finally contemporary philosophers (classified into two opposing camps: Humean and Neo-Aristotelian). There are also four reflections which explore the applications of the notion of efficient causation to areas different from philosophy, especially the arts (literature, music, painting, etc.). (shrink)

In 1949 the great logician Kurt Gödel constructed the first mathematical models of the universe in which travel into the past is, in theory at least, possible. Within the framework of Einstein’s general theory of relativity Gödel produced cosmological solutions to Einstein’s field equations which contain closed time-like curves, that is, curves in spacetime which, despite being closed, still represent possible paths of bodies. An object moving along such a path would travel back into its own past, to the very (...) moment at which it “began” the journey. More generally, Gödel showed that, in his “universe”, for any two points P and Q on a body’s track through spacetime, such that P temporally precedes Q, there is a timelike curve linking P and Q on which Q temporally precedes P. This means that, in principle at least, one could board a “time machine” and travel to any point of the past. Gödel inferred, in consonance with the views of Parmenides, Kant and the modern idealists, that under these circumstances there could be no such thing as an objective lapse of time, that time or, more generally, change, is an illusion arising from our special mode of perception. For consider an observer initially at point P. At point Q he boards a time machine and travels back to point P, taking time t′′ to do so. In that case, according to his own clock, t′ – t + t′′ > 0 seconds have elapsed, and yet an identical clock left at P would show that 0 seconds have elapsed. In short, there has been no “objective” lapse of time at all. Gödel remarks that in his universe this situation is typical: for every possible definition of an “objective” time one could travel into regions which are past according to that definition. He continues. (shrink)

Free will and determinism have recently attracted the attention of Buddhist scholars who have defended conflicting views on this issue. I argue that there is no reason to think that this problem cannot arise in Buddhist philosophy, since there are two senses of ‘free will’ that are compatible with the doctrine of non-self. I propose a reconstruction of a problem of free will and determinism in Early Buddhism, given a) the assumption that Buddhist causation entails universal causal determinism, and (...) b) a crucial passage suggesting that Early Buddhism is committed to the principle of alternative possibilities which is arguably incompatible with a determinist interpretation of causation. This passage suggests that Early Buddhism must leave room for a robust, incompatibilist form of free will, and that a conception of indeterminist free will in the spirit of Robert Kane’s theory allows us to make sense of that notion. (shrink)

Causation is defined as a relation between facts: C causes E if and only if C and E are nomologically independent facts and C is a necessary part of a nomologically sufficient condition for E. The analysis is applied to problems of overdetermination, preemption, trumping, intransitivity, switching, and double prevention. Preventing and allowing are defined and distinguished from causing. The analysis explains the direction of causation in terms of the logical form of dynamic laws. Even in a universe (...) that is deterministic in both temporal directions, not every fact must have a cause and present facts may have no future causes. (shrink)

Quentin Smith’s idea is that God being the originating cause of the universe is logically inconsistent with all extant definitions of causation, and thus logically impossible. Thus, for example the God of the Philosophers couldn’t have created the Universe, not even in both its senses, in both literal and analogical senses. The thesis is advanced by accounts of the usual views of “cause”. It is maintained these is successful. Such I shall then offer an account of divine causation (...) of my own, and thus attempt to argue that Smith has not shown that the relation that God has to the universe is not a causal relation. Such as a Humean or that of David Lewis sense and of the “singularist” view of C. J. Ducasse would fail the analogical. And Malebranche’s “occasionalism” is surely an exception. If we turn to the other kind then it seems to be a case of “if the data are analogical-in, then the data will be that too”. Finally, it is argued that it is more productive to consider particular individual theistic powers and perfections, for these are mongrels which literality and of analogy are compounded. (shrink)

The paper investigates whether causation is extrinsic in Humean Supervenience in the sense that "being caused by" is an intrinsic relation between token causes and effects. The underlying goal is to test whether causality is extrinsic for Humeans and intrinsic for anti-Humeans in this sense. I argue that causation is typically extrinsic in HS, but it is intrinsic to event pairs that collectively most of the universe's history.

In recent work, W. Matthews Grant challenges the common assumption that if humans have libertarian free will, and the moral responsibility it affords, then it is impossible for God to cause what humans freely do. He does this by offering a “non-competitivist” model that he calls the “Dual Sources” account of divine and human causation. Although we find Grant’s Dual Sources model to be the most compelling of models on offer for non-competitivism, we argue that it fails to circumvent (...) a theological version of Peter van Inwagen’s direct argument for incompatibilism. In the paper, we motivate and deploy a theological take on the direct argument, and we contend that this theological rendition of the direct argument effectively dismantles Grant’s Dual Sources account of non-competitivism. (shrink)

In Part I of ‘Causality and Determination” (CD), Anscombe writes that (1) we understand causality through understanding specific causal expressions, (2) efficient causation can be perceived, (3) “causality consists in the derivativeness of an effect from its causes”, and 4) no “analysis in terms of necessity or universality” has a place for this. Theses (1) and (2) represent fundamental and important insights. (3) is unsatisfactory; for, taken in a sense that does not already build on the general notion (...) of causation, deriving from does little to elucidate this notion. CD is however right to urge the need to identify a “core, the common feature, of causality in its various kinds”—a kind of criterion, such as the one suggested by Makin (2000), that takes account of (4) in that it is more substantial than, but does not entail, “necessity or universality”. What CD seems to underestimate is the important role of regularities, possibly neither necessary nor exceptionless, for our understanding of the causal relation. Finally, such understanding also requires us, not only to rely on a common criterion of causation, but also on a subjective component of this idea: the consciousness of our own causal agency. Anscombe’s own investigations into non-observational practical knowledge open the door to the study of this aspect of causality. (shrink)

Downward causation is a widespread and problematic phenomenon. It is typically defined as the causation of lower-level effects by higher-level entities. Downward causation is widespread, as there are many examples of it across different sciences: a cell constraints what happens to its own constituents; a body regulates its own processes; two atoms, when they are appropriately related, make it the case that their own electrons are distributed in certain ways. However, downward causation is also problematic. Roughly, (...) it seems to be at odds with specific scientific and/or epistemological desiderata: first and foremost, that everything can be reduced (one day or another) to the fundamental, micro-physical constituents and goings-on of the universe, so as to provide a unified explanation of everything and a unification of all the sciences " from the bottom ". Indeed, downward causation (if it is an irreducible phenomenon) introduces special causings not only at the higher levels, but also at the lower ones: if, in principle, we cannot fully understand what happens to the electrons without paying attention to the atoms (at the higher level) and we cannot fully understand what happens to the atoms by only paying attention to the electrons (at the lower level), there is no fully lower-level explanation for both higher-level and lower-level goings-on. In this introduction, we shall try to describe the prospects for downward causation in metaphysics and the philosophy of science. After having delved into the connections between downward causation, emergence and levels (§1), we shall discuss the irreducibility of downward causation (§2). We shall then briefly consider how specific metaphysical and epistemological assumptions bear on our understanding of downward causation and of its possibility (§3) and describe some views according to which downward causation is actually non-causal (or it is a special causal relation) (§4). We shall also mention some problems for the connection between downward causation and mental causation (§5) and some scientific examples of downward causation (§6). Finally, we shall summarize the contents of the contributions in this book (§7). (shrink)

The counterfactual and regularity theories are universal accounts of causation. I argue that these should be generalized to produce local accounts of causation. A hallmark of universal accounts of causation is the assumption that apparent variation in causation between locations must be explained by differences in background causal conditions, by features of the causal-nexus or causing-complex. The local account of causation presented here rejects this assumption, allowing for genuine variation in causation to be explained (...) by differences in location. I argue that local accounts of causation are plausible, and have pragmatic, empirical and theoretical advantages over universal accounts. I then report on the use of presheaves as models of local causation. The use of presheaves as models of local variation has precedents in algebraic geometry, category theory and physics; they are here used as models of local causal variation. The paper presents this idea as stemming from an approach using presheaves as models of local truth. Finally, I argue that a proper balance between universal and local causation can be assuaged by moving from presheaves to fully-fledged sheaf models. (shrink)

I deny that the world is fundamentally causal, deriving the skepticism on non-Humean grounds from our enduring failures to find a contingent, universal principle of causality that holds true of our science. I explain the prevalence and fertility of causal notions in science by arguing that a causal character for many sciences can be recovered, when they are restricted to appropriately hospitable domains. There they conform to loose and varying collections of causal notions that form folk sciences of causation. (...) This recovery of causation exploits the same generative power of reduction relations that allows us to recover gravity as a force from Einstein's general relativity and heat as a conserved fluid, the caloric, from modern thermal physics, when each theory is restricted to appropriate domains. Causes are real in science to the same degree as caloric and gravitational forces. (shrink)

This paper analyzes the metaphysical system developed in Cheyne’s Philosophical Principles of Religion. Cheyne was an early proponent of Newtonianism and tackled several philosophical questions raised by Newton’s work. The most pressing of these concerned the causal origin of gravitational attraction. Cheyne rejected the occasionalist explanations offered by several of his contemporaries in favor of a model on which God delegated special causal powers to bodies. Additionally, he developed an innovative approach to divine conservation. This allowed him to argue that (...) Newton’s findings provided evidence for God’s existence and providence without the need for continuous divine intervention in the universe. (shrink)

A generic quantification, like dogs have tails, has a distinctive semantics; it is certainly not synonymous with the universal quantification all dogs have tails. A generic causal claim, like smoking causes cancer, is similarly not synonymous with all smoking causes cancer. Many philosophers of science have taken this difference in meaning to demand radical treatments of causal generics, invoking such exotica as causation between properties or causation at ‘different levels’. A more sober treatment is possible, making use of (...) a.. (shrink)

This chapter contains section titled: The World's Existence as an Item of Evidence Evidence from the World's Causal Orderliness Evidence from Cosmic Fine‐Tuning Philosophical Attempts to Shrug Off the Fine‐Tuning Multiple Universes and Observational Selection What Observational Selection Maybe Couldn't Make Unmysterious Observational Selection in Pantheism's Cosmos Conclusions Postscript.

I defend the thesis that, if there are substances, substance causation (i.e., causation by substances) is the only sort of causation in the universe – or the only fundamental sort. Subsequently, I develop an account of substance causation that is partly grounded on a peculiar interpretation of absolute change (i.e., of entities' coming and ceasing to be) and qualitative change, on some ontological assumptions about modes (i.e., individual properties that ontologically depend on their bearers) and powers. (...) Finally, I reply to some objections against substance causation in general (e.g., C. D. Broad's objection against causes' being non-essentially-dated entities) and to some possible objections against my own account and I briefly explore three advantages given by the acceptance of the latter. (shrink)

Most philosophers of physics are eliminativists about causation. Following Bertrand Russell’s lead, they think that causation is a folk concept that cannot be rationally reconstructed within a worldview informed by contemporary physics. Against this thesis, I argue that physics contributes to shaping the concept of causation, in two ways. 1. Special Relativity is a physical theory that expresses causal constraints. 2. The physical concept of a conserved quantity can be used in the functional reduction of the notion (...) of causation. The empirical part of this reduction makes the hypothesis that the transference of an amount of a conserved quantity is a necessary and sufficient condition for causation. This hypothesis is defended against several objections from physics: that amounts of energy do not possess the appropriate identity conditions required for being able to be transmitted, that there is no universal principle of the conservation of energy in General Relativity, and that there are at least two types of physical systems in which causation does not involve any transference: entangled systems in quantum mechanics and the Aharanov-Bohm effect. In order to show that physics provides means to elaborate the concept of causation it is important to avoid certain misunderstandings. In particular, the claim that there is causation in a physical world does not mean that causation is an additional ingredient of the "furniture" of the world, over and above the ingredients identified by physics. (shrink)

Quentin Smith has argued that it is logically impossible for there to be a divine cause of the universe. His argument is based on a Humean analysis of causation (confined to event causation, specifically excluding any consideration of agency) and a principle drawn from that analysis that he takes to be a logical requirement for every possibly valid theory of causation. He also thinks that all divine volitions are efficacious of logical necessity. We argue that all of (...) these claims are faulty, and that theists can resist Smith’s arguments without merely begging the question in favor of a divine cause. (shrink)

Even though theistic philosophers and scientists agree that God created, sustains, and providentially governs the physical universe and even though much has been published in general regarding divine action, what is needed is a fine-grained, conceptually coherent account of divine action, causation, dispositions, and laws of nature consistent with divine aseity, satisfying the widely recognized adequacy conditions for any account of dispositions.1 Such an account would be a basic part of a more comprehensive theory of divine action in relation (...) to the fundamental concepts of science and of mathematics. Our aim in this article is simply to present such a theory. (shrink)

This is a review of Tad Schmaltz, Efficient Causation: A History.

A standard objection to the thesis that all causation is simultaneous causation is that this claim rules out temporally extended causal chains. Defenders of universal simultaneous causation have suggested two replies: deny the supposed incompatibility between simultaneous causation and causal chains or deny the existence of causal chains. In this paper, I argue that neither type of defense of universal causation against this objection is plausible.

A self or person does not appear to be identifiable with his or her organic body, nor with any part of it, such as the brain; and yet selves seem to be agents, capable of bringing about physical events as causal consequences of certain of their conscious mental states. How is this possible in a universe in which, it appears, every physical event has a sufficient cause which is wholly physical? The answer is that this is possible if a certain (...) kind of naturalistic dualism is true, according to which the conscious mental states of selves, although not identifiable with physical states of their brains, are emergent effects of prior physical causes. Moreover, mental causation on this model promises to explain certain aspects of physical behaviour which may appear arbitrary and coincidental from a purely physical point of view. (shrink)

Many philosophers take mental causation to be required for free will. But it has also been argued that the most popular view of the nature of mental states, i.e. non-reductive physicalism, excludes the existence of mental causation, due to what is known as the ‘exclusion argument’. In this paper, I discuss the difference-making account of mental causation proposed by [List, C., and Menzies, P. 2017. “My Brain Made Me Do It: The Exclusion Argument Against Free Will, and (...) What’s Wrong with It.” In H. Beebee, C. Hitchcock, & H. Price (eds.), Making a Difference: Essays on the Philosophy of Causation. Oxford Scholarship Online: Oxford University Press], who argue that their account not only solves the problem of causal exclusion but also saves free will. More precisely, they argue that it rebuts what they call ‘the Neurosceptical Argument’, the argument that if actions are caused by neural states and processes unavailable to us, there is no free will. I argue that their argument fails for two independent reasons. The first reason is that they fail to show that difference-makers are independent causes. The second reason is that physical realizers of mental states can be individuated in a way that makes both mental states and their realizers difference-makers. (shrink)

Review of Causation and Free Will by Carolina Sartorio, Oxford University Press, 2016. viii + 188 pp. £35.00.

Arguments for an extended evolutionary synthesis often center on the concept of “reciprocal causation.” Proponents argue that reciprocal causation is superior to standard models of evolutionary causation for at least two reasons. First, it leads to better scientific models with more predictive power. Second, it more accurately represents the causal structure of the biological world. Simply put, proponents of an extended evolutionary synthesis argue that reciprocal causation is empirically and explanatorily apt relative to competing causal frameworks. (...) In this paper, I present quantitative survey data from faculty members in biology departments at universities across the United States to evaluate this claim. The survey data indicate that a majority of the participants do not agree (i.e., most either disagree or neither agree nor disagree) that the concept of reciprocal causation confers a larger advantage on research practices. However, a majority of the participants agree that the causal framework of the extended evolutionary synthesis more accurately represents the structure of the biological world. These results demonstrate that the explanatory merits of a conceptual framework and its practical utility can come apart in interesting and informative ways. (shrink)

Understanding Mental Causation proposes a new, non-relational theory of mental causation. Andrea White believes that contemporary philosophy of mind labours under a misapprehension of what mental causation is supposed to be. This volume explains where the leading theories go astray, and how the new theory proposed solves critical problems for philosophers of mind and action. Ordinary experience suggests that what we do with our bodies causally depends, somehow, on what is going on in our minds. However, the (...) problem of how to understand the causal relationship between mind and body remains. Contemporary philosophy of mind is shaped by the question: how is it possible for the mental to causally interact with the physical? Mental causation is often presented as a cause-effect relation between mental and physical entities. This understanding of mental causation is widely endorsed because it seems like a straightforward explanation of what is going on when people act intentionally. Desires and beliefs are seen as causes of the actions they explain, entailing the existence of causal relations between mental items and physical events. White calls this the 'causalist' view of intentional action. This view is not universally accepted. The 'non-causalist' view denies that intentional action entails the existence of causal relations between mental items and physical events. However, non-causalists reach this conclusion by arguing that explanations of intentional actions which cite beliefs or desires are not usually causal explanations at all. White presents a theory of intentional action that falls between the 'causalist' and 'non-causalist' views. She rejects the idea that as-a-cause is how we should understand the place of mentality in intentional action. Concepts like belief, desire and intention do not refer to items which can stand in causal relations to actions or physical events. However, like causalists, she holds that explanations of intentional actions which cite the agent's thoughts do give causal information. This intermediary view demands a new theory about the causation that is on display when human beings act intentionally, one that does not reduce mental causation to a relation between mental items and physical events. Orthodox theories of causation, inspired by David Hume, assume that causation is always a relation between events. Therefore, the causation demonstrated in intentional action must be a relation, because all causation is, and will count as mental causation if and only if at least one of the terms of that relation is a mental entity. White challenges this orthodoxy by presenting her own non-relational theory of causation. Denying causation is always a relation, she holds instead that causation is a general type of process in which substances engage and that exercising a causal power is to engage in a process. White shows how this novel theory can be used to provide a better understanding of intentional action and the mental causation associated with it. She suggests that to act intentionally is to engage in a process and, as such, to exercise a power - but a power of a special sort. The power to act intentionally is a power to structure one's own activities so that they demonstrate a pattern - a pattern which is only revealed by attributing mental states to the agent. So, when an agent acts intentionally, they engage in the process of mental causation because the agent is manifesting a special power to organise their activities into a pattern that can be made sense of by appeal to mental concepts. Broadening our understanding of causation, and more specifically incorporating the concepts 'power' and 'process', opens up new ways of understanding intentional action and mental causation. In Understanding Mental Causation, White presents a compelling new account in this key area of philosophy of mind. (shrink)

I explicate the crucial role played by efficient cause in Robert Rosen’s characterization of life, by elaborating on the topic of Aristotelian causality, and exploring the many alternate descriptions of causal and inferential entailments. In particular, I discuss the concepts of functional entailment and immanent causation, and examine how they fit into Robert Rosen’s relational-biology universe of living, anticipatory, and complex systems.

Cartwright (Synthese 121(1/2):3–27, 1999a; The dappled world, Cambridge University Press, Cambridge, 1999b) attacked the view that causal relations conform to the Markov condition by providing a counterexample in which a common cause does not screen off its effects: the prominent chemical factory. In this paper we suggest a new way to handle counterexamples to Markov causation such as the chemical factory. We argue that Cartwright’s as well as similar scenarios feature a certain kind of non-causal dependence that kicks in (...) once the common cause occurs. We then develop a representation of this specific kind of non-causal dependence that allows for modeling the problematic scenarios in such a way that the Markov condition is not violated anymore. (shrink)

Elizabeth Anscombe’s classic paper Causality and Determination claims that causation can be perceived. It also defends causal singularism, the idea that the causal relation is fundamentally between the particular cause and effect, and does not depend on regularities holding elsewhere in the universe. But does the former furnish an argument for the latter? The present paper analyses a special type of causal experience involving emotional reactions to present stimuli; for instance, being frightened by a spider. It argues that such (...) experiences are strongly local, in the sense that they justify belief in a local causal relation independently of our knowledge about events elsewhere in the universe. If this analysis is correct, Humean regularity theories of causation are false; and all other non-singularist theories of causation face a difficult explanatory challenge. This means that the case for causal singularism comes out considerably strengthened. (shrink)

The intuitive notion of cause carries with it the idea of compulsion. When we learn that the dynamical laws are deterministic, we give this a causal reading and imagine our actions compelled to occur by conditions laid down at the beginning of the universe. Hume famously argued that this idea of compulsion is borrowed from experience and illegitimately projected onto regularities in the world. Exploiting the interventionist analysis of causal relations, together with an insight about the degeneracy of one’s epistemic (...) relations to one’s own actions, I defend a Humean position with regard to the idea of causal compulsion. Although I discuss only compulsion, a similar story could be told about the temporal directedness of causation. (shrink)

How does Descartes think causation operates? His definition of matter as mere geometrical extension, along with his rejection of the scholastic apparatus of substantial forms and real qualities, does not make it easy to see how there can be dynamic causal interactions in the universe. According to an influential reading, championed, for example, by Dan Garber in his Descartes’ Metaphysical Physics , Descartes “rejected the tiny souls of the schools only to replace them with one great soul, God, who (...) . . . manipulates the bodies of the inanimate world.” Tad Schmaltz’s aim, in this wonderfully detailed and intricately argued book, is to reject this tendency to move towards an occasionalist reading of Descartes, and to show how the Cartesian system permits things in the world to have a genuine, if derivative, kind of causal power: “Descartes’s intention is to allow for a physical world that has an internal source of activity”. (shrink)

Michael Tooley presents a major new philosophical theory of the nature of time, offering a powerful alternative to the traditional "tensed" and recent "tenseless" accounts of time. He argues for a dynamic conception of the universe, in which past, present, and future are not merely subjective features of experience. He claims that the past and the present are real, while the future is not. Tooley's approach accounts for time in terms of causation. He therefore claims that the key to (...) understanding the dynamic nature of the universe is to understand the nature of causation. Time, Tense, and Causation is a landmark treatment of one of the oldest and most perplexing intellectual problems, and will be fascinating reading for anyone interested in the character of time. (shrink)

In his recent book, The Universe As We Find It, John Heil offers an updated account of his two-category ontology. One of his major goals is to avoid including relations in his basic ontology. While there can still be true claims positing relations, such as those of the form “x is taller than y” and “x causes y,” they will be true in virtue of substances and their monadic, non-relational properties. That is, Heil’s two-category ontology is deployed to provide non-relational (...) truthmakers for relational truths. This paper challenges the success of Heil’s project with respect to causation. The arguments here are not entirely negative, however. An option is made available to Heil’s ontology so that it might, at least to some extent, regain non-relational causings. (shrink)

This book adds to a realist account of laws of nature the framework for a related realist understanding of causation. It has two main parts: the first is concerned with laws, the second with causation. In the first main part, Tooley surveys sophisticated regularity accounts of laws and argues that none is successful. One of his central themes is that regularity accounts fail to meet the intuition that there can be underived laws which lack relevant instances--an intuition which (...) Tooley supports by appeal to two crucial examples. Tooley's diagnosis is that the reductionist assumption that the truth-makers for laws of nature are facts about particulars must be abandoned, and that laws must therefore be facts about universals. What kinds of facts? Tooley sets out a careful specification of the theoretical concept of a nomological relation. But he grants a need to go beyond this in order to make his account illuminating: Just how much has been explicated by the claim that what makes it a law that whatever has property P also has property Q is that the universals P and Q stand in a certain "nomic" relation? To answer this, and to dispel other doubts, Tooley offers the speculative suggestion that for it to be a law that whatever is P is also Q is for the conjunctive universal P-and-Q to exist, and for the universal P to exist, but only "dependently," as part of the conjunctive universal P-and-Q. Tooley argues that his specification of nomic relations can be extended to cover the case of probabilistic laws. It is unclear, however, how his speculative metaphysics could be extended to cover the probabilistic case: Can the universal P exist only to some degree as part of the conjunctive universal P-and-Q, and at the same time to another degree as part of the universal P-and-R? (shrink)

In lieu of an abstract, here is a brief excerpt of the content:Reviewed by:Aquinas on Efficient Causation and Causal Powers by Gloria FrostBrian DaviesGloria Frost. Aquinas on Efficient Causation and Causal Powers. Cambridge: Cambridge University Press, 2022. Pp. 288. Hardback, $99.99; paperback, $32.99.Philosophers have often assumed that good philosophy discusses what X, Y, or Z is essentially. And Thomas Aquinas is someone who favors this way of proceeding. At one point in his writings, he modestly recognizes that he (...) is at a loss to explain what a house fly actually is. But he continually aims to tell us what such and such really is. And he does so when it comes to “cause” (causa). One might ask, “What is a cause?” or “What is causation?” Aquinas tries to answer these questions in theoretical ways that effectively add up to definitions of ‘cause’ and ‘causation.’Unfortunately, however, Aquinas never wrote a self-contained treatise on ‘cause’ and ‘causation.’ So, in order to fully understand what he says about these terms, one must pay attention to many texts scattered throughout his many writings, which may sound like bad news. The good news, however, is that Gloria Frost has now provided (for the first time, as far as I know) what amounts to an excellent and much-needed one-volume exposition of what Aquinas says about causation. More specifically, she has given us a fine scholarly work on the history of philosophy that focuses exegetically on what Aquinas calls “efficient” causation.Following Aristotle, Aquinas distinguishes between efficient, final, formal, and material causes (all of which are explanations of some kind). Frost has accurate things to say about Aquinas on material, formal, and final causes. But it is Aquinas on efficient causation that she homes in on in great detail—understandably, since Aquinas references this notion many times over and since what he means by ‘efficient causation’ seems in various ways to correspond to what “causation” is taken to be these days by both philosophers and nonphilosophers (few of whom are familiar with the phrases ‘material causation,’ ‘formal causation,’ and ‘final causation’). Frost rightly notes that Aquinas takes final causation to be bound up with efficient causation, and she explains the relation between them (chapter 4). Still, her focus is on Aquinas on efficient causation. As she writes, “I have combed through Aquinas’s corpus to find the most important passages about efficient causation and causal powers and using them as a basis, I reconstruct his views in a systematic way” (5).Chapter 1 begins this reconstruction by providing a general overview of Aquinas on efficient causation together with some historical background and context for understanding what he says on the topic. The chapter includes reference to views on causation differing from that of Aquinas and introductions to some of Aquinas’s sources concerning efficient causation. Chapters 2 through 6 expand on this overview in great detail with many quotations from Aquinas and a lot of cross-referencing within his writings. In these chapters, Frost expounds Aquinas on topics such as the distinction between per se and per accidens causation, temporality and causation, agent and patient, causation at a distance, actuality and potentiality, active power and passive power, and causation and necessitation. Chapter 7 deals with what Frost calls “non-paradigm” cases of efficient causation (191), which include absences (which Aquinas thinks can be efficient causes) and sine qua non efficient causation (which Aquinas does not think to be genuine efficient causation). Chapter 8 is devoted to instrumental causes, primary and secondary causation, and the causality of heavenly bodies. Each chapter begins with an introduction explaining what the core of the chapter is about. And each chapter ends with a summary of the findings of the chapter. This structure, which leads Frost to repeat herself a lot, might irritate some readers. I take [End Page 661] it to be didactically helpful. Nobody can complain that Frost has failed to make it clear what she takes Aquinas to be saying.Frost’s account of Aquinas on causation is exemplary. It is written with great clarity and avoids jargon. It draws heavily on texts of Aquinas and gives us an accurate account of what he thought about efficient causation (as well as... (shrink)

In lieu of an abstract, here is a brief excerpt of the content:Reviewed by:Aquinas on Efficient Causation and Causal Powers by Gloria FrostJulie Loveland SwanstromFROST, Gloria. Aquinas on Efficient Causation and Causal Powers. New York: Cambridge University Press, 2022. xii + 239 pp. Cloth, $99.99; paper, $32.99; eBook, $32.99Reconstructing Aquinas’s premodern approach to causation in which causation is an ontological rather than logical relationship is Frost’s goal in Aquinas on Efficient Causation and Causal Powers. Uniting (...) components of Aquinas’s discussions of causation across his corpus, Frost focuses on the cause–effect relationship, the ontological elements involved in efficient causation, and complicated cases of efficient causation. [End Page 715]Throughout, Frost provides background information from Aristotle, Avicenna, and other thinkers used by Aquinas while delving deeply into Aquinas’s views. She addresses interpretive issues while remaining focused on Aquinas’s own ideas. Frost identifies topics that prefigure historical and contemporary philosophical debates and interjects Aquinas’s thought into those conversations.In part 1, Frost elucidates Aquinas’s standard efficient causation and the corresponding causal powers. Chapter 1 reviews Aquinas’s theories of efficient causation and briefly compares them with competing theories, identifying eight elements included in per se instances of efficient causation: the agent, the action, the active power, the natural inclination giving rise to the active power, the patient, the passive power of the patient, the motion caused by the agent, and the passion undergone by the patient. Chapter 2 further examines the paradigmatic per se efficient cause, the elemental qualities of hot, cold, wet, and dry adapted from Aristotle and used to explain change, and the ontological (rather than temporal) dependence of effects upon their causes. An agent acts by powers that stem from its nature. Frost addresses several medieval puzzles such as natural causes being considered generally unimpeded and no action being caused at a distance.Active and passive powers feature heavily in Aquinas’s account. In chapter 3, Frost teases out the distinction between potentiality and actuality. The relationship of matter and form in material substances relates to this distinction in various, complex ways. “Actuality” applies to form or to action that completes active potentiality. Frost addresses the communicability of forms, conceptually connecting active powers to nature and goodness. Active powers’ relations to elemental qualities, quantitative forms, and qualitative forms also appear in this chapter. Chapter 5 covers what agents operate on, passive powers in the patient. Frost addresses complexities regarding the relationship of qualities of matter to passive potentiality and adjudicates an interpretive difficulty about the relation of active potentiality and passive potentiality. She clarifies how passive potentialities do not correspond to only one active power and how different qualitative forms can give rise to the same passive potentiality. She also explains the uniqueness of creaturely passive potentiality to undergo divine action. Engaging in interpretive debate, she asserts that the passive potentiality for undergoing action and for existence differ in concept but are the same in reality.In chapter 4, Frost explains natural inclination: An agent’s actions are determined to particular ends by its form. Natural inclination explains causal regularity. Both rational and natural agents possess natural inclination. God, as creator, is the source of natural inclination. Frost notes difficulties with Aquinas’s views, including some later raised by Spinoza.Action and passion are discussed in chapter 6, wherein Frost connects action and passion to motion. Explaining how the patient’s passive potentiality is no longer passive upon actualization, she argues that this [End Page 716] change simply is motion: The mover causes, and the same motion immediately actualizes passive potentiality in the patient. Responding to challenges, Frost argues that “actuality” is an analogous term. Patients experience actuality as completing that in which thing it inheres while agents experience actuality as arising from them. Aquinas makes seemingly inconsistent statements about action and passion in terms of Aristotelian categories. Frost clarifies that if motion in the patient is passion and motion from the agent is action, then the categories explaining how motion belongs to the patient and the agent will be different.Frost turns to nonparadigmatic efficient causation in part 2. In chapter 7, she introduces additional causal scenarios. Preparing causes, advisory causes, and assisting causes highlight the interdependent... (shrink)

Our ordinary causal concept seems to fit poorly with how our best physics describes the world. We think of causation as a time-asymmetric dependence relation between relatively local events. Yet fundamental physics describes the world in terms of dynamical laws that are, possible small exceptions aside, time symmetric and that relate global time slices. My goal in this paper is to show why we are successful at using local, time-asymmetric models in causal explanations despite this apparent mismatch with fundamental (...) physics. In particular, I will argue that there is an important connection between time asymmetry and locality, namely: understanding the locality of our causal models is the key to understanding why the physical time asymmetries in our universe give rise to time asymmetry in causal explanation. My theory thus provides a unified account of why causation is local and time asymmetric and thereby enables a reply to Russell’s famous attack on causation. (shrink)

In lieu of an abstract, here is a brief excerpt of the content:Journal of the History of Philosophy 38.4 (2000) 503-528 [Access article in PDF] Occasionalism and Occasional Causation in Descartes' Philosophy David Scott University of Victoria According to Descartes, the physical world's contact with the mind is through the sense organs and the brain, although the mechanics of this contact is by no means clear. Indeed, for many the idea that the physical world can act upon the mind (...) at all is a complete mystery on Descartes' principles, not least because the difference between the spatial and divisible nature of body and the non-spatial and indivisible nature of mind seems to preclude the possibility of body-mind contact or of a mechanism for such contact.1 Despite this, however, Descartes repeatedly affirms that body and mind interact causally. He claims that the fact of their disparate natures poses no special difficulty, and he even affirms that the mind and body can form a union (in the case of the human being).2In this paper I wish to examine two issues pertaining to the body-mind relation in Descartes' philosophy. First, I ask whether Descartes advances body-mind occasionalism: is there evidence in his writings of the view that bodies are not genuine causes of sensations, but are mere 'occasions' for God's production of sensations? Recently, it has been urged that Descartes begins his career as a body-mind causal interactionist, but perhaps ends as an occasionalist.3 [End Page 503] In Section 1 of what follows I argue against this. I attempt to show both that Descartes never strays from the body-mind interactionism which he is generally thought to espouse, and that he would undermine his proof of the material world if he did. The second issue I deal with concerns a position closely related to occasionalism which Steven Nadler has recently identified as body-mind "occasional causation."4 In Section 2 of the following I provide an interpretation of occasional causation as it appears in Descartes' reply to Regius in the Comments on a Certain Broadsheet. I argue that Descartes' occasional causation amounts to a form of interactionism which I term "inefficacious body-mind transmissionism." 1. Does Descartes Espouse Body-Mind Occasionalism? 1.1. Daniel Garber's Case for Descartes' Move Toward Body-Mind Occasionalism Occasionalism, roughly defined, is a doctrine according to which God's will is the only genuine efficient or productive cause that exists, and all other so-called 'causes' are really just 'occasions' for the exercise of that will.5 As Daniel Garber understands the term in "Descartes and Occasionalism," an occasional cause is "a cause whose effect is produced through the activity of God," and not through the exercise of any causal power within finite things.6 Body-mind occasionalism is a logical inevitability in Descartes' philosophy, Garber claims, because for Descartes "God is responsible for all motion in the inanimate world."7 The idea is that because there is no causal action on the part of bodies, bodies cannot act causally on anything, let alone minds.8Because for Garber body-body occasionalism is "as clear as anything" in Descartes' philosophy, he sets out to find evidence in Descartes' writings for [End Page 504] the body-mind occasionalism which it implies. It is Garber's case for body-mind occasionalism that I contest below, where I argue that Descartes remains a body-mind interactionist throughout his life. Clearly, my assessment of Descartes puts me at odds with Garber's more general view that Descartes is a body-body occasionalist, at least on the assumption that Descartes has a logically consistent position on body-body and body-mind causation. For, to reiterate Garber's point, to be logically consistent overall Descartes cannot be both a body-body occasionalist and a body-mind interactionist. Of course, Garber and I need not be at odds on body-body occasionalism; for since we need not assume that Descartes is logically consistent, he and I could say that Descartes as a matter of historical fact holds both positions. Within the confines of... (shrink)

Book synopsis: The London School of Economics and Political Science has embraced the full range of the social sciences and its related disciplines. Contributors to this book were invited to write on the subject of freedom. The volume is an exemplary reflection of the variety, the individuality, the different interests, and the range of assumptions found in the scholars of the LSE. The authors come from varied backgrounds - linguistics, mathematics, computer science, sociology, geography, economics, industrial relations, anthropology, political science. (...) They provide a stimulating array of viewpoints on the universally discussed issue of freedom. (shrink)

Inductive thinking is a universal human habit; we generalise from our experiences the best we can. The induction problem is to identify which observed regularities provide reasonable justification for inductive conclusions. In the natural sciences, we can often use strict laws in making successful inferences about unobserved states of affairs. In the social sciences, by contrast, we have no strict laws, only regularities which most often are conditioned on ceteris paribus clauses. This makes it much more difficult to make reliable (...) inferences in the social sciences. In particular, we want knowledge about general causal relations in order to be able to determine what to do in order to achieve a certain state of affairs. Knowledge about causal relations that are also valid in the future requires experiments or so called ‘natural experiments’. Only knowledge derived from such experiences enable us to draw reasonably reliable inferences about how to act in order to achieve our goals. (shrink)

A self or person does not appear to be identifiable with his or her organic body, nor with any part of it, such as the brain; and yet selves seem to be agents, capable of bringing about physical events as causal consequences of certain of their conscious mental states. How is this possible in a universe in which, it appears, every physical event has a sufficient cause which is wholly physical? The answer is that this is possible if a certain (...) kind of naturalistic dualism is true, according to which the conscious mental states of selves, although not identifiable with physical states of their brains, are emergent effects of prior physical causes. Moreover, mental causation on this model promises to explain certain aspects of physical behaviour which may appear arbitrary and coincidental from a purely physical point of view. (shrink)

This book sets out to reorient our understanding of Hume by arguing against a realist reading of Book I of A Treatise of Human Nature. For De Pierris, Hume does not stipulate that, behind the veil...