Causation and Induction1

The connection between views about causation and attempts to justify inductive reasoning is sufficiently close that some philosophers² have taken success at the latter as a litmus test for the truth of the former. I do not agree with this approach. Like Hume, I believe that the nature of causal connections must be understood prior to, and independently of, solutions to the problem of induction. Like Hume, I also hold that the problem of induction cannot be solved if Hume's analysis of causal connections is correct. But unlike Hume, I believe that that analysis is incorrect. However, I shall not attempt to establish this crucial thesis here. I mention it because this paper presupposes it. Hume's difficulty about causation must—and can—be faced head-on. There are phenomenological grounds for affirming that we sometimes directly experience nonlogical, necessary connections between events. I shall only briefly summarize these grounds, which will be argued for in detail elsewhere. The purpose of this paper is to explore the extent to which a necessitarian theory of causation can bring the problem of induction closer to solution.     

Personal Causation Training in the Schools1

Black elementary school teachers received personal causation training and designed and implemented classroom exercises for their sixth and seventh grade classes. Results of this field experiment showed increased motivation of teachers and students, enhanced academic achievement of students and students' perceptions of being treated as Origins. The Origin-Pawn variable was found to mediate between personal causation and academic achievement.     

Counterfactual Causation and Mental Causation

Counterfactual conditionals have been appealed to in various ways to show how the mind can be causally efficacious. However, it has often been overestimated what the truth of certain counterfactuals actually indicates about causation. The paper first identifies four approaches that seem to commit precisely this mistake. The arguments discussed involve erroneous assumptions about the connection of counterfactual dependence and genuine causation, as well as a disregard of the requisite evaluation conditions of counterfactuals. In a second step, the paper uses the insights of the foregoing analyses to formulate a set of counterfactuals-based conditions that are characterized as sufficient to establish singular causal claims. The paper concludes that there are ample reasons to believe that some mental events satisfy all these conditions with respect to certain further events and, hence, that mental events sometimes are causes.     

Sparse Causation and Mere Abundant Causation

Philosophical Studies - Setting off from a familiar distinction in the philosophy of properties, this paper introduces a tripartite distinction between sparse causation, abundant causation and mere...     

Causation

As cause we often specify an event the occurrence of which first guaranteed that of the effect. This notion is explicated in a framework of branching worlds in Sections I to V. VI and VII point out its close relations to the concept of an agent's bringing about an event. The topic of the last two sections is the distinction between causes and necessary circumstances. For this purpose conditionals are used, interpreted with respect to branching worlds without a similarity relation between them.     

Mental Causation and the Metaphysics of Causation

The paper argues for four claims: (1) The problem of mental causation and the argument for its solution in terms of the identity of mental with physical causes are independent of the theory of causation one favours. (2) If one considers our experience of agency as described by folk psychology to be veridical, one is committed to an anti-Humean metaphysics of causation in terms of powers that establish necessary connections. The same goes for functional properties in general. (3) A metaphysics of causation in terms of powers is compatible with physics. (4) If combined with the argument for mental causes being identical with physical causes, that metaphysics leads to a conservative reductionism.     

Mental Causation is Not Just Downward Causation

According to a popular model of mental causation, an irreducible mental cause M1 brings about an irreducible mental effect M2 by bringing about M2's supervenience base (ground, realizer, etc.), P2. Call this ‘the Downward Causation View’. This paper raises doubts about the Downward Causation View on grounds that M1 does not cause M2 immediately and there is no causal chain from M1 to M2. Prima facie, then, M1 does not cause M2 on this view. But a theory of mental causation ought to account for how some mental phenomena cause other mental phenomena; so rival theories are to be preferred. After setting out the problem, I consider replies; all fail. 1     

Teacher Beliefs,Classroom Interaction and Personal Causation1

The study reports relationships between teachers' belief systems (Harvey), a teacher-pupil interaction measure of classroom influence, pupils' perception of the dimate of the dassroom, and pupils' academic achievement. Results demonstrate that more complex teachers encourage more pupil influence, and are perceived as having a more origin climate. In classrooms of high pupil influence and perceived origin climate, the pupils have higher academic achievement. These results are discussed in terms of the theory of personal causation and are cited as evidence for the value of the study of action sequences as related to verbal-utterances of the actors.     

Mental Causation versus Physical Causation: No Contest

Common sense supposes thoughts can cause bodily movements and thereby bring about changes in where the agent is or how his surroundings are. Many philosophers suppose that any such outcome is realized in a complex state of affairs involving only microparticles; that previous microphysical developments were sufficient to cause that state of affairs; hence that, barring overdetermination, causation by the mental is excluded. This paper argues that the microphysical swarm that realizes the outcome is an accident (Aristotle) or a coincidence (David Owens) and has no cause, though each component movement in it has one. Mental causation faces no competition "from below".     

Emergent Causation

Downward causation is commonly held to create problems for ontologically emergent properties. In this paper I describe two novel examples of ontologically emergent properties and show how they avoid two main problems of downward causation, the causal exclusion problem and the causal closure problem. One example involves an object whose colour does not logically supervene on the colours of its atomic parts. The other example is inspired by quantum entanglement cases but avoids controversies regarding quantum mechanics. These examples show that the causal exclusion problem can be avoided, in one case by showing how it is possible to interact with an object without interacting with its atomic parts. I accept that emergence cannot be reconciled with causal closure, but argue that violations of causal closure do not entail violations of the base-level laws. Only the latter would conflict with empirical science.     

Descartes' Causal Principle and the Case of Body-to-Mind Causation1

It is a common view that Descartes' causal principle is to be understood in light of a similarity condition that accounts for how finite causes (as opposed, or in addition, to God) contribute to an explanation of their effects. This paper challenges this common view and offers a sui generis reading of Descartes' views on causation that has also the advantage of solving the two exegetical issues of whether Descartes thought of the body-to-mind relation in occasionalist or causal terms and of whether Descartes regarded sensory ideas innate or caused by bodies.     

Causation Without Influence

David Lewis’s latest theory of causation defines the causal link in terms of the relation of influence between events. It turns out, however, that one event’s influencing another is neither a necessary nor sufficient condition for its being a cause of that event. In the article one particular case of causality without influence is presented and developed. This case not only serves as a counterexample to Lewis’s influence theory, but also threatens earlier counterfactual analyses of causation by admitting a particularly troublesome type of preemption. The conclusion of the article is that Lewis’s influence method of solving the preemption problem fails, and that we need a new and fresh approach to the cases of redundant causation if we want to hold on to the counterfactual analysis of causation.     

Degrees of Causation

The primary aim of this paper is to analyze the concept of degrees of causal contribution for actual events and examine the way in which it can be formally defined. This should go some way to filling out a gap in the legal and philosophical literature on causation. By adopting the conception of a cause as a necessary element of a sufficient set (the so-called NESS test) we show that the concept of degrees of causation can be given clear and even empirical meaning. We then apply a game theoretical framework to derive a measure of causal contribution. Our favoured measure turns out to be a generalised version of the normalized Penrose–Banzhaf index of voting power.