User Portlet
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| According to the physical interpretation of the Wolfram model given by Wolfram and Gorard, the evolution of a multiway graph represents the evolution of a quantum system. The different paths that a system may take are to be summed together in some... |
| I did read the technical papers some time ago, but I couldn't find a satisfactory explanation of how to calculate path weights. I will express my concern about the way to calculate the path weights in another post, for clarity. If you have any... |
| Interesting. Have you got any idea why does it behave like that? |
| Thank you, it is a lot clearer now. |
| Very interesting and beautiful visualization. I will try to read your code. Thank you! |
| You are welcome. If you want, have a look at [this post][1] that I wrote today, inspired by your question. [1]: https://community.wolfram.com/groups/-/m/t/2278182?p_p_auth=YRHiXLg7 |
| Monads and self similar objects are a very interesting topic, thank you for this exposition. However, I cannot see how could it be possible for our universe to be a monad, because form the quantum world to the cosmological scale it seems to me that... |
| Thank you for the explanation, I now understand why you were talking about a probabilistic cellular automaton. You are absolutely right when you say that if all the paths are summed with the same phase the only thing you can obtain is diffusion and... |
| Thank you both for sharing your thoughts. I think I like the idea of a light cone that emerges fully only when taking the limit of a big causal graph embedded in a manifold. Pavlo, interesting idea. I hadn't thought about that. However it may have... |
| Regarding the presence of dimensional constants in the theory, you can find some ideas in the technical introduction: [Units and Scales][1]. Unfortunately, I cannot help you with your other questions, because I am still trying to understand the... |