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Physical vs. Simulated Brain Activity
Simulating brain activity in a computer program differs significantly from replicating the physical processes of a brain. While programs can model large-scale brain patterns, they don't embody the physical reality of brain oscillations and similar activities.
Brain Oscillations: "But the other, the large-scale dynamic patterns, the oscillatory patterns that span the whole, they're a totally different matter."
Simulations vs. Reality: "But that's different from having, in a physical system, those activities actually going on, you know, present physically rather than just being represented in a computer program."
The Physical Difference: "I do think there's a real difference between those. and especially in the case of these brain oscillations and the like."
Hardware Mimicking Brains: "You would have to build a computer where the hardware had a brain-like pattern of activities and tendencies."
Current AI Limitations: "And this is not part of, I mean, people might one day do that, but it's not part of what people normally discuss in debates about artificial consciousness, uploading ourselves to the cloud, and so on."
Simulating a brain and physically replicating one are distinct. Current discussions about AI often overlook this crucial difference, assuming current computer architectures suffice. Achieving true artificial consciousness may require hardware that mirrors the physical dynamics of a brain.