ryan
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Yes, but the important thing here is how the information is being processed, not its architecture. The paper says,
"... thereby enhancing, and quantum-entangling, postsynaptic neuron excitability and activity.".
This means that quantum entanglement may be influencing neuron activity.
Which does not happen without architecture....and is common to all brains, yet the brains of different species produce behaviour specific to a species, as I've repeatedly pointed out but is still being skirted.
Well of course the architecture is needed. That is something that I have never debated. The idea that the neuron activity can be entangled and put into a superposition of probabilities, does not, as far as I can tell, disallow anything previously known about the architecture.