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Describing the Patterns of Nature: Information and the Structure of Physical Theories

The patterns encoded in our physical theories are examined in terms of the amount of information they contain. The predictions of quantum and classical theory can both be specified as the predictions that contain the least amount of information compatible with the descriptive framework used. This suggests that the predictions of these theories is determined by the way we choose to structure our description. 
A model demonstrating this is given. Quantum probabilities and least action geodesic paths arise naturally in this model as properties of the task of description. Their appearance in a fundamentally compatible way suggests an underlying physical conjecture.