JBeukema
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Must it be a biological or fleshy brain?Brain....
http://www.usmessageboard.com/science-and-technology/82276-a-i-through-a-brains.html
Must it be wholly so?
The Artificial Hippocampus | h+ Magazine
I posit that all evidence point to the mind* arising from physical states of matter, but that it would not be logical to conclude that it can only arise from a fleshy brain any more than it was reasonable to conclude that flight could only arise from a fleshy wing which flapped. If our understanding, while currently limited, is correct then the consciousness arises from the electrochemical interactions within the brain, Therefore, in theory, any system, regardless of composition, which gave rise to these same interactions (and any other functions or relationships between part of the whole which might be required) should give rise to consciousness.
Thus far, only fleshy brains have been observed giving rise to consciousness, but there is no reason to conclude that it is impossible for other forms of matter, or 'brains' of foreign composition to meet all necessary conditions for the birth of a conscious mind.
This, of course, raises the question of whether we might recognize any such foreign consciousness, which we can discuss in another thread.
*When I use 'mind', I refer to the conscious self which arises from the system, not the physical brain itself, which continues to exist after death, though the mind appears to have ceased to be.
I don't believe the substance is as important as the form. While I am aware, and find fascinating, the possibility of the emergence of "mind" in artificial "brains", both of the articles you linked express that the artificial brains mimic the form of the human brain.
Airplane's wing mimics a bird's wing. A hot air balloon does not. They both achieve the same thing if that thing is levitation and overcoming gravity to become airborne. There might well be more than ione process which gives rise to a similar result.
Take, for example, stringed musical instruments. They come in a variety of designs and materials. A piano strikes strings with keys. A guitar uses the musician's hand directly. A violin uses a bow. But all stringed instruments, to qualify as such, must at the most basic level involve various tension placed upon "strings" which are then made to vibrate at different frequencies producing sound.
Yet the passage of electrons through a speaker produces a near-exact replication of the same signal. Clearly, a vibrating string is not the only way the sound we associate with it can come into being. There might well be other forms of 'brains' or neural networks (in existence or in possibility) capable of achieving the same end result.