Okay, so the rest of this is just theory crafting based on logical reasoning, but id like to hear your take. Quickly googling, it shows that we have succesfully mapped the neurons in one millimeter of mouse brain, and it had about 200,000 cells (neural nodes). Thats a lot of neural nodes to emulate, let alone the connections. It would seem to me that its far easier to customize our hardware. Mossfets dont strike me as up to the task, so it would seem to me that the future of ai lies in growing actual neurons and training them. You would achieve a much higher neural density that way, and the work is already being done to make that tech feasible.
Mossfets dont strike me as up to the task, so it would seem to me that the future of ai lies in growing actual neurons and training them. You would achieve a much higher neural density that way, and the work is already being done to make that tech feasible.
I think you’ve got it exactly.
We either need to achieve an unprecedented density (possibly through some novel computation medium), or we need to find a few more incredibly clever computational shortcuts.
Okay, so the rest of this is just theory crafting based on logical reasoning, but id like to hear your take. Quickly googling, it shows that we have succesfully mapped the neurons in one millimeter of mouse brain, and it had about 200,000 cells (neural nodes). Thats a lot of neural nodes to emulate, let alone the connections. It would seem to me that its far easier to customize our hardware. Mossfets dont strike me as up to the task, so it would seem to me that the future of ai lies in growing actual neurons and training them. You would achieve a much higher neural density that way, and the work is already being done to make that tech feasible.
Basically, do you think its a hardware issue?
I think you’ve got it exactly.
We either need to achieve an unprecedented density (possibly through some novel computation medium), or we need to find a few more incredibly clever computational shortcuts.