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Thanks for replying. I’m still a bit confused. Isn’t the main difference between his computational transformations and differential equations that they are disc

Thanks for replying. I’m still a bit confused. Isn’t the main difference between his computational transformations and differential equations that they are discrete?

tsimionescu 4y ago
They are also an entirely different mathematical framework. I'm not even sure if Wolfram's model is discrete (there are continuous models of computation, for example) . But even if they were fully isomorphic, they still represent a different way of thinking about the problem. Also, I believe he is looking for some base rules that are different from those of QM, thus leading to a theory that is not consistent with QM, but makes similar experimental predictions.