I have never seen a coherent description of a situation in which we wouldn’t be able to model each instance separately; naively, it would require exceptionally careful engineering (to maintain quantum superpositions over large or spatially separated objects) which we have never witnessed in nature.
All of the examples I have seen support the obvious assertion “to one extent of course it will.” Is this also your impression?
Yeah, pretty much. It might be possible to have very brief entanglement between different neurons, but because the brain is so messy and not-a-microwave-transmitter there’s nothing to actually act on that entanglement, and forget having anything that looks like our quantum computing.
I have never seen a coherent description of a situation in which we wouldn’t be able to model each instance separately; naively, it would require exceptionally careful engineering (to maintain quantum superpositions over large or spatially separated objects) which we have never witnessed in nature.
All of the examples I have seen support the obvious assertion “to one extent of course it will.” Is this also your impression?
Yeah, pretty much. It might be possible to have very brief entanglement between different neurons, but because the brain is so messy and not-a-microwave-transmitter there’s nothing to actually act on that entanglement, and forget having anything that looks like our quantum computing.