The Lego Nematode connectome is small enough to be copied, but what Caenorhabditis Elegans Legoii is missing are the 959 somatic cells that compose its real body. It's somatic cells are part of C. Elegans that the Lego version is missing and can not supply. Drop the dry-land lego round worm into the river and it will soon be DOA. Drop the real C. Elegans into the river and it will go on to a brilliant career in round wormery.
If one could download the captured map of a particular human connectome, Marchesk's, for example, it could occupy a silicon brain. Connect the computer to a very good robot, and the robot could say the kind of things Marchesk says, at least for a while. But cool, dry Silicon Marchesk would be missing a huge part of the warm, wet Marchesk: his body. Note: part of, not container of. Marchesk's warm wet body includes the warm wet brain, and all that warm wetness is a piece of the critical wholeness.
Who the brain makes us out to be is dependent on the body that we are.
A child body that is "normal" or a mix of normal and above normal features, will have a significantly different experience than a child body that is a mix of normal and below normal features. Lets say the child is normal except for poor hearing in both ears. Ideally, poor hearing can be compensated. In the real world, however, it probably won't receive ideal compensation (not talking about financial compensation here: I'm talking about cochlear implants, special schooling, very supportive family, understanding peers, sign language from an early age, membership in a deaf community, and so on.)
In the real world, the child with typically compensated deficient hearing will experience a lack of some important social signals that will become part of who he is. Some parts of "normal" human life will be difficult for him to access from early on.
Conversely, consider the above average child. He hears, sees, smells, tastes, and feels as well as everybody else. He might be a 2 or 3 inches taller than the average male, maybe 6'3" or 190.5 cm. He has a mesomorphic (musculature) body an a solid frame, has thick blond hair, blue eyes, and a handsome face.
Lets give the 5'8" hearing impaired child and the 6'3" child with normal sensory faculties the same above average intelligence. Which one will
probably most succeed in life, over the long run? The taller child with normal hearing will almost certainly succeed, overall, more than the shorter, hearing impaired child.
Why?
Because the kind of body we are influences the type of social skills and confidence we are likely to have in our abilities, and how robust our expectations are likely to be. Social signals--bodies signaling bodies--many of which the hearing impaired child missed, are important. Taller bodies receive more positive social signals from other bodies than shorter bodies do. (I don't know why, exactly, but they do.)