The Dappled World – A Study of the Boundaries of Science: Difference between revisions

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{{review|The Dappled World – A Study of the Boundaries of Science|Nancy Cartwright|0521644119|21 June 2008|Erudite and, in places, fascinating but very, very heavy going}}
{{review|The Dappled World – A Study of the Boundaries of Science|Nancy Cartwright|0521644119|21 June 2008|Erudite and, in places, fascinating but very, very heavy going}}


{{author|Nancy Cartwright}} certainly has fashioned a unique place for herself in the {{t|philosophy of science}}, as a mathematically and economically literate writer prepared to write books with titles like "how the laws of physics lie" - not exactly from the {{author|Carl Sagan}} playbook, after all. However, despite certain allegations to the contrary, this is not woolly headed postmodernism but technical, analytical philosophy and as such suffers less, not more, than usual from allegations of academic irrelevance: Cartwright knows her maths and her economics, and she can talk turkey.  
{{author|Nancy Cartwright}} certainly has fashioned a unique place for herself in the {{t|philosophy of science}}, as a mathematically and economically literate writer prepared to write books with titles like “how the laws of physics lie" - not exactly from the {{author|Carl Sagan}} playbook, after all. However, despite certain allegations to the contrary, this is not woolly headed postmodernism but technical, analytical philosophy and as such suffers less, not more, than usual from allegations of academic irrelevance: Cartwright knows her maths and her economics, and she can talk turkey.  


Boy can she talk turkey.
Boy can she talk turkey.
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Nor is Cartwright an elegant writer. The concepts she is asking the reader to accept are radical, and whilst I thought they were pretty clever and — for the part where I could keep up — compelling, they’re not well expounded, assuming as they do a familiarity with Cartwright’s earlier work which it really isn’t safe to assume. A greater faculty for expounding difficult concepts — such as that possessed by a {{author|Daniel Dennett}}<ref>A philosopher who otherwise suffers in comparison</ref> - would have been an advantage here. Cartwright’s is pretty leaden prose.
Nor is Cartwright an elegant writer. The concepts she is asking the reader to accept are radical, and whilst I thought they were pretty clever and — for the part where I could keep up — compelling, they’re not well expounded, assuming as they do a familiarity with Cartwright’s earlier work which it really isn’t safe to assume. A greater faculty for expounding difficult concepts — such as that possessed by a {{author|Daniel Dennett}}<ref>A philosopher who otherwise suffers in comparison</ref> - would have been an advantage here. Cartwright’s is pretty leaden prose.


Where I understood it, Cartwright’s programme really interested me: to invert the usual wisdom that scientific laws drive and explain physical events in the universe, and observe that physical regularities precede and therefore drive the composition of scientific laws - the laws are convenient models for making sense of pre-existing regularities, and not vice versa - but that even this is a step too far; that in order to even observe the regularities we need to devise "[[nomological machine|nomological machines]]" — a pretty phrase, I'm sure you'll agree — which prescribe the conditions in which regularities will be observed. We should talk in terms of ''capacities'' rather than ''regularities'', though I couldn’t really derive much more insight than that, despite repeated attempts.
Where I understood it, Cartwright’s programme really interested me: to invert the usual wisdom that scientific laws drive and explain physical events in the universe, and observe that physical regularities precede and therefore drive the composition of scientific laws - the laws are convenient models for making sense of pre-existing regularities, and not vice versa - but that even this is a step too far; that in order to even observe the regularities we need to devise [[nomological machine|nomological machines]]" — a pretty phrase, I'm sure you'll agree — which prescribe the conditions in which regularities will be observed. We should talk in terms of ''capacities'' rather than ''regularities'', though I couldn’t really derive much more insight than that, despite repeated attempts.


The early chapters are just about manageable for the lay reader; after about half-way through I hit a brick wall when talk moved to the technical details of quantum theory. It never re-emerged.
The early chapters are just about manageable for the lay reader; after about half-way through I hit a brick wall when talk moved to the technical details of quantum theory. It never re-emerged.