as above, so below.
The holographic principle (https://en.wikipedia.org/wiki/Holographic_principle … ) is surprisingly similar to the simulation argument (https://en.wikipedia.org/wiki/Simulation_hypothesis … )
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What do you mean?
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The interface we have to the universe is independent of its precise implementation and the interface is all we have anyway.
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Note that the holographic principle goes a lot further than this: it dramatically constrains the form of the interface.
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To me the holographic principle _leads_ to the simulation argument, since it makes digital physics plausible.
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Entropic gravity seems to fit well in a simulation...
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assuming we find an efficient quantum algorithm to simulate SU(N) gauge quantum fields theories for large N then, yeah...
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And not just for large N. The duality is conjectured to work also at the non-perturbative level
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SH does imply a designer or goal orientation though.
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