Classical version of QM axioms

AI Thread Summary
The discussion focuses on the search for information regarding the axiomatic treatment of classical physics, particularly in relation to the Dirac-Von Neumann axioms of quantum mechanics. The original poster expresses difficulty in finding resources that outline the classical version of these axioms, where observables are treated as random variables. They note the existence of various philosophical attempts to axiomatize physics, but clarify that these are distinct from the specific axiomatization they seek. A suggestion is made to utilize Google for further research, indicating that some classical content may have been overlooked in previous searches. The conversation highlights a gap in accessible resources on classical axiomatic frameworks in physics.
Logic Cloud
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Hello,

I am looking for more information on the axiomatic treatment of physics. I have found some articles concerning the axioms of quantum mechanics, i.e. the Dirac-Von Neumann axioms. However, I am having a hard time finding anything on the classical version of these axioms. In these axioms, observables are represented by random variables, for instance. There also seem to be numerous attemps of philosphers to axiomatise physics, but these seem to distinct from the particular axiomatisation I am searching for. Can someone help me find some more information?
 
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Logic Cloud said:
Hello,

I am looking for more information on the axiomatic treatment of physics. I have found some articles concerning the axioms of quantum mechanics, i.e. the Dirac-Von Neumann axioms. However, I am having a hard time finding anything on the classical version of these axioms. In these axioms, observables are represented by random variables, for instance. There also seem to be numerous attemps of philosphers to axiomatise physics, but these seem to distinct from the particular axiomatisation I am searching for. Can someone help me find some more information?

Hell lot of information here:

https://www.google.co.in/#hl=en&tbo...56,d.bmk&fp=6918368d471197b7&biw=1024&bih=653

Professor google is useful sort of thing.
 
My apologies, I had of course googled it but it seems I overlooked the classical content of some of the links. Many thanks.
 

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