Also mathematical physics is the very key to Time as Reichenbach has put it. Whoever masters it masters Time.
The scale sensitivity in physics is not a straightforward issue. There is simply no canonical way of differentiating scales. This used to be scale length but that has already been questioned extensively. The important thing is normalization technique.
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Such that in a specific context you distinguish scaleacg to the composition, laws, predictability, etc.) and only then you create technique to bridge these scales.
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Both the recognition of what counts as a scale and what it takes to bridge them (normalization) is a matter of theorization and the introduction new counterfactual elements such as unobservables.
End of conversation
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