I don’t know the answer to your question, but my guess is that non-intrusive periodic backups, if and when when implemented, will not use this particular technology. Storing about 10^30 bits of data per backup is unlikely to be the way to go, given that most of them will be redundant.
I think it depends on what is the physical correlate of consciousness, memory and identity. At this point we know very little about it. Clearly single molecules do not matter, and single neurons can die without obvious ill effects. It’s not clear how glial cells affect consciousness. We have to learn a lot more about the issue to figure out what can be compressed out from such a scan, and once we understand it, we can probably use a simpler scanning technique.
I don’t know the answer to your question, but my guess is that non-intrusive periodic backups, if and when when implemented, will not use this particular technology. Storing about 10^30 bits of data per backup is unlikely to be the way to go, given that most of them will be redundant.
That’s a good point, shminux. But don’t you think that the entire organ needs to be scanned at high resolution first before storing a compressed copy?
I think it depends on what is the physical correlate of consciousness, memory and identity. At this point we know very little about it. Clearly single molecules do not matter, and single neurons can die without obvious ill effects. It’s not clear how glial cells affect consciousness. We have to learn a lot more about the issue to figure out what can be compressed out from such a scan, and once we understand it, we can probably use a simpler scanning technique.