Love this description. All of the results I’ve skimmed look an awful lot like showing that a thing which can correspond to space and time (your “thing that is Turing-complete”) allows you to rederive the things about our space and time.
That being said, I still think exploring various translations and embeddings of mathematical, physical, and computational paradigms into each other is a very valuable exercise and may shed light on very important properties of abstract systems in the future. Also, cool compressed explanation of how some concepts in physics fit together, even if somewhat shallowly.
Love this description. All of the results I’ve skimmed look an awful lot like showing that a thing which can correspond to space and time (your “thing that is Turing-complete”) allows you to rederive the things about our space and time.
That being said, I still think exploring various translations and embeddings of mathematical, physical, and computational paradigms into each other is a very valuable exercise and may shed light on very important properties of abstract systems in the future. Also, cool compressed explanation of how some concepts in physics fit together, even if somewhat shallowly.