Causation is everywhere in the world: it features in every science and technology. But how much do we understand it? Mumford and Anjum develop a new theory of causation based on an ontology of real powers or dispositions. They provide the first detailed outline of a thoroughly dispositional approach, and explore its surprising features.
Causation is everywhere in the world: it features in every science and technology. But how much do we truly understand it? Do we know what it means to say that one thing is a cause of another and do we understand what in the world drives causation? Getting Causes from Powers develops a new and original theory of causation based on an ontology of real powers or dispositions. Others have already suggested that this ought to be possible, but no one has yet performed the detailed work. Stephen Mumford and Rani Lill Anjum argue here that the completed theory will not look exactly as anyone has yet anticipated, and that a thoroughly dispositional theory of causation has some surprising features, for instance with respect to modality. The book is not restricted to the metaphysics of causation, but treats a variety of topics such as explanation, perception, modelling, the logic of causal claims, transitivity, and nonlinearity, and the empirical credentials of the theory are tested with reference to biology.
Get Getting Causes from Powers by Rani Lill Anjum, Stephen Mumford at the best price and quality guaranteed only at Werezi Africa's largest book ecommerce store. The book was published by Oxford University Press and it has 272 pages.
Our digital collection is currently being curated to ensure the best possible reading experience on Werezi. We'll be launching our Ebooks platform shortly.
Your privacy, your choice
Make Werezi work for you
We use essential cookies for your cart and sign-in. With your permission, optional cookies help us understand how Werezi is used and improve your book recommendations.
Essential cookies are always active. Optional analytics stay off unless you choose Allow all.