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>Really? How would a classical computer create an emergent property like entanglement? I'm not sure what you mean. A simulation produces the emergent propertie

>Really? How would a classical computer create an emergent property like entanglement? I'm not sure what you mean. A simulation produces the emergent properties of the simulated system by simulating the properties from which they emerge. I'd say that's more or less the point of simulation.

jqpabc123 4y ago
A simulation produces the emergent properties of the simulated system by simulating the properties from which they emerge. Circular logic. They are called 'emergent' properties because noone knows or understands how/why they emerge. You can't use binary logic to simulate what you don't understand. Expecting properties to emerge from an imperfect simulation is wishful thinking --- aka "faith".
- thfuran 4y ago
  >They are called 'emergent' properties because noone knows or understands how/why they emerge. That is not true.
  - jqpabc123 4y ago
    The world's most renowned quantum physicists and the Nobel committee are waiting for your explanation and simulation.
    - xpe 4y ago
      Hopefully you two can see the "useful confusion" here (a phrase that just popped in my head). Maybe it is rooted in misunderstanding. Or maybe it is rooted in some deeper unsurfaced underlying ideas. For one, I'd like to see us two learn from each other (demonstrating some awareness of ambiguity and theory of mind) rather than proceed on the current course, zinging each other. (Note: I'm not saying I'm any better, in general. It is mostly because I'm a third-party here that I see it.) In particular, my understanding of emergence can be stated as follows. While emergent behavior can theoretically be predicted from the underlying system, it is practically infeasible to measure precisely enough to do so. Therefore, for practical purposes, there is an "predictive gap" between the lower-level system laws and the higher-level behavior.

jqpabc123 4y ago

A simulation produces the emergent properties of the simulated system by simulating the properties from which they emerge. Circular logic. They are called 'emergent' properties because noone knows or understands how/why they emerge. You can't use binary logic to simulate what you don't understand. Expecting properties to emerge from an imperfect simulation is wishful thinking --- aka "faith".

thfuran 4y ago
>They are called 'emergent' properties because noone knows or understands how/why they emerge. That is not true.
- jqpabc123 4y ago
  The world's most renowned quantum physicists and the Nobel committee are waiting for your explanation and simulation.
  - xpe 4y ago
    Hopefully you two can see the "useful confusion" here (a phrase that just popped in my head). Maybe it is rooted in misunderstanding. Or maybe it is rooted in some deeper unsurfaced underlying ideas. For one, I'd like to see us two learn from each other (demonstrating some awareness of ambiguity and theory of mind) rather than proceed on the current course, zinging each other. (Note: I'm not saying I'm any better, in general. It is mostly because I'm a third-party here that I see it.) In particular, my understanding of emergence can be stated as follows. While emergent behavior can theoretically be predicted from the underlying system, it is practically infeasible to measure precisely enough to do so. Therefore, for practical purposes, there is an "predictive gap" between the lower-level system laws and the higher-level behavior.