Difference between revisions of "Causal Invariance"
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The result seems to say that Bells inequality is wrong, but what it really says is that local reality isn't what you think it is. There can be network edges that extend clear across the universe from one entangled particle to its twin entangling there destiny as they evolve over time. | The result seems to say that Bells inequality is wrong, but what it really says is that local reality isn't what you think it is. There can be network edges that extend clear across the universe from one entangled particle to its twin entangling there destiny as they evolve over time. | ||
| − | So what I can do is create a game that explores this idea of network connectivity | + | So what I can do is create a game that explores this idea of network connectivity in the way that the game of life explored cellular automata. |
==References== | ==References== | ||
[[Category: Physics]] | [[Category: Physics]] | ||
Revision as of 18:38, 14 December 2023
Full Title or Meme
In graph Theory Causal Invariance means that no matter which path is taken from a node, the end resultant will be the same.
Context
Stephen Wolfram's 2020 opus describe the way that a directed graph can be used as the source of all that exists in the universe.[1] The result seems to say that Bells inequality is wrong, but what it really says is that local reality isn't what you think it is. There can be network edges that extend clear across the universe from one entangled particle to its twin entangling there destiny as they evolve over time.
So what I can do is create a game that explores this idea of network connectivity in the way that the game of life explored cellular automata.
References
- ↑ Stephen Wolfram, A project to Find the Fundamental Theory of Physics (2023-06-19) ISBN 9781579550356
