Not exactly an answer, but have you read about cases of the incredible plasticity of the human brain? There is a person out there that gradually lost 90% of their brain to fluid leakage and could still largely function. They didn’t even notice it until much later. There are more examples of functioning people who had half their brain removed as a child. And just like our scaling laws, those people as kids just learned slower, and to a lower depth, but still learned.
This tells me the brain actually isn’t that complex, and features aren’t necessarily localized to certain regions. The mass of neurons there, if primed properly, will create intelligence.
It’s also clear from the above that the brain has a ton of redundancy built in, likely to account for the fact that it’s in a moving vessel subject to external attacks. There are far fewer negative selection pressures on an Nvidia gpu. It also has a larger energy budget.
Not exactly an answer, but have you read about cases of the incredible plasticity of the human brain? There is a person out there that gradually lost 90% of their brain to fluid leakage and could still largely function. They didn’t even notice it until much later. There are more examples of functioning people who had half their brain removed as a child. And just like our scaling laws, those people as kids just learned slower, and to a lower depth, but still learned.
This tells me the brain actually isn’t that complex, and features aren’t necessarily localized to certain regions. The mass of neurons there, if primed properly, will create intelligence.
It’s also clear from the above that the brain has a ton of redundancy built in, likely to account for the fact that it’s in a moving vessel subject to external attacks. There are far fewer negative selection pressures on an Nvidia gpu. It also has a larger energy budget.