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This is one take on what Bohm called the implicate order, and which is implied in non-locality and superdeterminism. Reality is a projection of a hidden system
by TheOtherHobbes 2y ago
This is one take on what Bohm called the implicate order, and which is implied in non-locality and superdeterminism.
Reality is a projection of a hidden system which operates under completely different rules.
And when we get down to the quantum level, we start seeing that essential information is somewhere else.
You can't look at a single electron and see that it's entangled. So where does the entanglement information live? It's clearly not inside the electron. Is a measurement really an interaction with the projection mechanism?
This sounds like simulation theory, but it doesn't have to be. There might be a super-causal system of relationships and meta-objects without needing a "computer" made by a conscious entity to keep track of their relationships.
- mystified5016 2y agoYou seem to be talking about the "hidden variables" interpretation. As far as I understand, that theory has been disproven experimentally. The core idea is that entangled particles 'know' their final state when they are created. That information is hidden from observers until measured, but the result is not truly random in the way that QM implies. Experiments have proven that this cannot be true, but I don't understand it well enough to descibe here.