Here is the issue, then
I'd like to offer a notion of Einstein:
There is no image of the brain which accurately describes the whole of its processes. Not to worry, tricorders are coming someday. Barring extinction by warfare or mystery disease, I fully expect humanity to achieve some marvelous technology in the near future. For instance I once asked what would happen when Hubble could see the predicted 5% further to the edge of the projected Universe. Well, I caught a story at space.com the other day that seems to have astronomers abuzz. (http://www.space.com/scienceastronomy/generalscience/darkenergy_folo_010410.html) It may be a whole new Universe all over again, but the technology we're going to need is going to be stunning. I remember wishing for 256 kilobytes and being thrilled at the 8/16 "turbo" button for the processor. I remember being impressed at a 66 mhz chip. I had a curious experience recently the first time I saw the 1.4 gig P4. I shrugged it off. Apparently, I'm not impressed, but only because I know the big show's yet to come.
We haven't achieved a precise enough image of the brain in all its processes. In terms of Einstein's faith, I can say don't worry, we will. When that happens, we will begin manipulating the theoretic environment, a comparative test to determine the versimilitude of the artificial environment. By that time, it should start becoming apparent whether or not a full-blown mind upload can occur.
And if the scientists assemble enough switches, and arrange them just so, and do everything they can and are still unable to bring a spark of living consciousness to that environment, we will have proof at least that there is more to this phenomenon called life than we understand. Personally, for instance, I figure we're going to have to learn how to manipulate gravity with some precision before we can guarantee the stability of the brain's signature during transfer (making frogs float is cute, but insufficient). It's the only way I can think of--well, offhand--to prevent natural forces from upsetting a very unique electrical pattern.
Nobody says mimicry equals reality. If the pattern doesn't hold through the transfer, it isn't real, but a reconstruction. Essentially what mind uploading seems to seek is a more permanent brain. Essentially, they want to switch out the hard drive and the processor, and maintain the data.
thanx,
Tiassa
It seems to me that the first thing you need to do in order to properly mimic a brain is to achieve an equal number of switches. Period. Anything short of that number of electrical pathways and you simply cannot include every detail of the brain. You are, at that point, merely projecting, extrapolating.Perhaps you can explain to me how it is that people, who consider themselves sane, can think that detailed mimicry equals reality?
I'd like to offer a notion of Einstein:
In this sense, I feel that technology will eventually be able to put more switches than your brain in your fingernail.However, it must be admitted that our actual knowledge of these laws is only imperfect and fragmentary, so that, actually, the belief in the existence of basic all-embracing laws in Nature also rests on a sort of faith. All the same this faith has been largely justified so far by the success of scientific research. ( http://www.stcloud.msus.edu/~lesikar/einstein/Prayer.htm )
There is no image of the brain which accurately describes the whole of its processes. Not to worry, tricorders are coming someday. Barring extinction by warfare or mystery disease, I fully expect humanity to achieve some marvelous technology in the near future. For instance I once asked what would happen when Hubble could see the predicted 5% further to the edge of the projected Universe. Well, I caught a story at space.com the other day that seems to have astronomers abuzz. (http://www.space.com/scienceastronomy/generalscience/darkenergy_folo_010410.html) It may be a whole new Universe all over again, but the technology we're going to need is going to be stunning. I remember wishing for 256 kilobytes and being thrilled at the 8/16 "turbo" button for the processor. I remember being impressed at a 66 mhz chip. I had a curious experience recently the first time I saw the 1.4 gig P4. I shrugged it off. Apparently, I'm not impressed, but only because I know the big show's yet to come.
We haven't achieved a precise enough image of the brain in all its processes. In terms of Einstein's faith, I can say don't worry, we will. When that happens, we will begin manipulating the theoretic environment, a comparative test to determine the versimilitude of the artificial environment. By that time, it should start becoming apparent whether or not a full-blown mind upload can occur.
And if the scientists assemble enough switches, and arrange them just so, and do everything they can and are still unable to bring a spark of living consciousness to that environment, we will have proof at least that there is more to this phenomenon called life than we understand. Personally, for instance, I figure we're going to have to learn how to manipulate gravity with some precision before we can guarantee the stability of the brain's signature during transfer (making frogs float is cute, but insufficient). It's the only way I can think of--well, offhand--to prevent natural forces from upsetting a very unique electrical pattern.
Nobody says mimicry equals reality. If the pattern doesn't hold through the transfer, it isn't real, but a reconstruction. Essentially what mind uploading seems to seek is a more permanent brain. Essentially, they want to switch out the hard drive and the processor, and maintain the data.
thanx,
Tiassa