User Portlet
| Discussions |
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| Let me add a remark about [CPT theorem][1] and its possible applications - most physicists believe this symmetry is satisfied, it also contains **time symmetry**. So can we prove that causality only works past -> future? (as in Euler-Lagrange, in... |
| Not to be obtuse, but in physical space there is no point in space, that is a human construct. Space is nothing but a relation between objects (or more accurately events). When we humans define a point in space we are making a lot of assumptions. ... |
| Thank you |
| Indeed---as I said, your examples are more more to the heart of the matter! The isomorphism class trick seems to just be a bandaid to me since if you just extend the rule I stated to throw off "dust" of disconnected hyper-edges with each update,... |
| Thank you! Now it works! |
| Thanks for the feedback. I have adjusted the physics parameters and the results are now significantly better. ![wm3164][1] [1]:... |
| The question was "Where would magnetism fit in this model?". Kaluza theory says: "It will fit!" So an advice could be: first get Minkowski-Space and Einstein-Equations done, before including Electromagnetism. I think, that a light cone... |
| Yes, the evolution order depends on the "age" of hyperedges. The hyperedges within a single rule output are assumed to have decreasing ages left-to-right, which is why you are getting different results. See more details in the... |
| There is no documented way of doing it right now, but take a look at this answer: https://mathematica.stackexchange.com/questions/219925/how-does-one-get-the-coordinates-of-a-hyper-graph-created-in-wolfram-cloud/221517#221517. |
| 1. All of the universes in the registry are currently selected by hand. We basically selected the ones we thought looked interesting during the various searches we have done. We are going to have a more rigorous process in the future, where we will... |