QUOTE(Cube Jockey @ Jul 7 2004, 02:17 PM)
Conceivably someone could be imparted with the knowledge on the optimal way to solve all known problems, but the second this person was presented with a problem that didn't have a solution yet, they would have to be able to take what they know and come up with a solution.
So, to answer your question I think that yes, it would lead to stagnation of society from a technological standpoint. Most people achieve excellence in problem solving, engineering and scientific fields because the educational journey they have taken has prepared them to tackle the unknown.
Assuming that one could imprint learning on a human brain, it seems reasonable to assume that "problem solving" imprints could be done just as well as "fact" imprints. I don't see how these are categorically different as far as how neural structures form. However, if we're talking about having something like a hard drive (or wireless internet connection) in the brain, then I suppose the stagnation scenario could occur. Yet, these same arguments were offered when the handheld calculator became available.
In fact, we could go right back to the transition from the oral to written tradition around 1700 years ago. So many educators and philosophers at the time discussed the eminent stagnation of human endeavor. And I suppose in some sense stagnation did occur in subsequent Medieval Europe but definitely did not occur in the subsequent Arab/Ottoman empires. (Of course, the roles reversed arguably because of other technological innovations such as mass media ala the printing press but that's another discussion).
What we have here is a variation of the age old arguments of technology v. tradition. Technological innovation threatens to overturn tradition and traditionalists see the effects in a negative light. The way I see it is: theoretically, stagnation could occur but I see no convincing reason why it should occur.
I believe that the Matrix-style download scenario is unrealistic. Neural connections can't really form any faster than they currently do. However, I suppose synthetic neural structures could be grafted/interfaced with the brain which one might use for auxiliary processing (thinking). I suppose speedy downloads could occur into those extra brain bits (and probably will). At the point where the synthetic brain bits exceed the processing capacity of the conventional human brain, you will get the scenario I outlined in a previous post. That is, why not just upload the remaining wetware bits into a synthetic structure entirely? And once at that point, why keep the human body around as the processing housing when anything would do?