Causation

What determines qualitative sameness and difference? This book explores four principal accounts of the ontological basis of properties, including universals, trope theory, resemblance nominalism, and class nominalism, considering the assumptions and ontolological commitments which are required to make each into a plausible account of properties. -/- The latter half of the book investigates the applications of property theory and the different conceptions of properties which might be adopted with these in mind: first, the possibility and desirability of individuating properties, and (...) the distinction between sparse and abundant conceptions of properties; second, the distinction between intrinsic and extrinsic properties; third, the relationship between properties and their causal powers, and whether this is necessary or contingent; fourth, the relationship between properties and causation, modality, and laws of nature; finally, whether properties exist objectively, and if they do, what our epistemic position is with respect to such entities. (shrink)

I distinguish between two opposing intuitions about the nature of the singular causal relation. The first stresses the nomological character of causation, while the second emphasises is seemingly local character. My question is this: is it possible to formulate an account of causation which incorporates both intuitions? Anscombe gives us reason to think that these intuitions could not be jointly met in an account of causation. Foster and Tooley's acount seems to provide a counter-instance to her claim, but this proves (...) to be a false start. I put forward an alternative suggestion which, by utilising tropes, manages to reconcile both the local and nomological character of causation. (shrink)

El presente trabajo se propone rastrear la influencia de la tradición platónica Acerca de los primeros principios, en sus diversas formulaciones, sobre la filosofía de Orígenes de Alejandría. La lectura origeniana de los autores platónicos y su afinidad con ellos se confirman en las fuentes históricas. El alejandrino adopta y asimila numerosos aspectos de la doctrina y la terminología de los seguidores de Platón. Sin embargo, también toma distancia de ellos en algunos puntos neurálgicos de su concepción de lo divino (...) y de la creación del mundo. Se analizan especialmente los papeles que cumplen en la teoría origeniana las categorías académicas de lo absoluto y lo relativo, la noción mesoplatónica y filoniana del agente demiúrgico y una original adaptación del esquema causal derivativo neopitagórico. -/- The present paper intends to trace the influence of the Platonic tradition On first principles;, considering its different versions, on the philosophy of Origen of Alexandria. Origen's knowledge of the Platonists and his affinity with them are confirmed by the historical sources. The Alexandrian adopts and assimilates many aspects of the doctrine and terminology of Plato's followers. However, he also departs from them regarding some of the essential elements in his conception of the divine and of the world's creation. Particularly, the paper focuses on the roles played in Origen's theory by the Academic categories of absolute and relative, the Middle-platonic and Philonian notion of the demiurgic agent and an original reframing of the Neopythagorean derivative system of causes. (shrink)

In this paper, I challenge the traditional narrative that William James’s arguments against determinism were primarily motivated by his personal struggles with depression. I argue that James presents an alternative argument against determinism that is motivated by his commitment to sound scientific practice. James argues that determinism illegitimately extrapolates from observations of past events to predictions about future events without acknowledging the distinct metaphysical difference between them. This occupation with futurity suggests that James’s true target is better understood as logical (...) determinism rather than causal determinism. This has consequences for James’s proposed alternative, which I call his probabilistic underdeterminism, a conception of the universe that is built on chance, choice, and a local teleology. All of this forms part of a broader criticism of the scientific practices of his day based on their widespread failure to acknowledge the distorting effects of observation on that which is observed. (shrink)

Can we attribute individual extreme weather events to human-induced climate change? In this chapter I will be turning a philosophical eye on this question, asking what concept (or concepts) of causation are being employed by scientists and asking which concept of causation is most appropriate. I will show that scientists, politicians, and journalists have made a number of mistakes in their thinking about the causal links between individual extreme events and climate change, and argue that scientists should be less hesitant (...) when it comes to attributing such events to climate change. (shrink)

In this fine book, David Owens presents a new theory of causation based on the idea that the notions of cause and coincidence are intimately related. That there is a link between the concept of cause and the concept of coincidence is not news. As Richard Sorabji has argued, Aristotle thought that coincidences cannot be explained. What is new in Owens's book is the claim that this apparent truism can form the basis of a full-scale analysis of causation.

This book covers the overlap between informatics, computer science, philosophy of causation, and causal inference in epidemiology and population health research. Key concepts covered include how data are generated and interpreted, and how and why concepts in health informatics and the philosophy of science should be integrated in a systems-thinking approach. Furthermore, a formal epistemology for the health sciences and public health is suggested. -/- Causation in Population Health Informatics and Data Science provides a detailed guide of the latest thinking (...) on causal inference in population health informatics. It is therefore a critical resource for all informaticians and epidemiologists interested in the potential benefits of utilising a systems-based approach to causal inference in health informatics. (shrink)

Attemts to explain causal paradoxes of Quantum Mechanics (QM) have tried to solve the problems within the framework of Quantum Electrodynamics (QED). We will show, that this is impossible. The original theory of QED by Dirac (Proc Roy Soc A117:610, 1928) formulated in its preamble four preliminary requirements that the new theory should meet. The first of these requirements was that the theory must be causal. Causality is not to be derived as a consequence of the theory since it was (...) a precondition for the formulation of the theory; it has been constructed so that it be causal. Therefore, causal paradoxes logically cannot be explained within the framework of QED. To transcend this problem we should consider the following points: Dirac himself stated in his original paper (1928) that his theory was only an approximation. When he returned to improve the theory later (Proc Roy Soc A209, 1951), he noted that the new theory “involves only the ratio e / m , not e and m separately”. This is a sign that although the electromagnetic effects (whose source is e ) are magnitudes stronger than the gravitational effects (whose source is m ), the two are coupled. Already in 1919, Einstein noted that “the elementary formations which go to make up the atom” are influenced by gravitational forces. Although in that form the statement proved not to be exactly correct, the effects of gravitation on QM phenomena have been established. The conclusion is that we should seek a resolution for the causal paradoxes in the framework of the General Theory of Relativity (GTR)—in contrast to QED, which involves only the Special Theory of Relativity (STR). We show that causality is necessarily violated in GTR. This follows from the curvature of the space-time. Although those effects are very small, one cannot ignore their influence in the case of the so-called “paradox phenomena”. (shrink)

In this discussion paper, I seek to challenge Hylarie Kochiras’ recent claims on Newton’s attitude towards action at a distance, which will be presented in Section 1. In doing so, I shall include the positions of Andrew Janiak and John Henry in my discussion and present my own tackle on the matter . Additionally, I seek to strengthen Kochiras’ argument that Newton sought to explain the cause of gravity in terms of secondary causation . I also provide some specification on (...) what Kochiras calls ‘Newton’s substance counting problem’ . In conclusion, I suggest a historical correction .Keywords: Isaac Newton ; Action at a distance; Cause of gravity; Fourth letter to Bentley. (shrink)

Using three intuitive notions about causes, including Redhead's robustness condition, I formulate necessary conditions on partial causes. I then demonstrate that we cannot explain the EPR correlations in terms of partial causes unless we abandon the quantum mechanical framework and adopt a nonlocal hidden-variable theory. The argument, unlike its predecessors, does not appeal to relativity theory.

Some modern thinkers have supposed that “cause” is an outworn notion, or at least that it is one of which modern science has no need. This is due mainly to the discovery that, while the scientist can give us general laws as to what in fact happens, he cannot help us to discern the reason for the laws or the inward nature of the forces on which they depend. He can tell us the “that” but not the “why”; he cannot (...) show us in a single case that the effect follows necessarily a priori from the nature of the cause, that any other effect than the one which actually takes place would be logically impossible. He has studied the law of gravitation, but this law does not enable him to see why material bodies should attract each other in this fashion; it is only a generalized statement of the fact that they do. He knows that certain substances, if absorbed by eating, will nourish and others destroy our tissues; but he cannot say why they should do so. He can no doubt analyse them further and discover that, for example, meat is nourishing because it contains a large proportion of nitrogenous matter, but he could not tell a priori whether this nitrogenous matter would be likely to nourish or to poison us. Only where mathematics can be applied do we see necessity in such a way that any alternative becomes inconceivable to us; but mathematics alone can never establish from a quantity present here and now what quantity there will be at a later time or in another part of space. Mathematics can show, e.g. , that, if there is 2 + 2 here and now, there must be 4 here and now, not that, if there is 2 + 2 here and now, there will be 4 in an hour's time or a mile away; and therefore it cannot be made the sole basis of any causal law whatever. (shrink)