Copyright © James R Meyer 2012 - 2017 www.jamesrmeyer.com
Is AI (artificial intelligence) becoming so advanced that we will soon have machines that can surpass human intelligence? And might this spell the end of human beings as the dominant intelligence on this planet? Some people, such as Stephen Hawking, Elon Musk and Bill Gates, have warned of the possible dangers of AI, see, for example Open Letter, The Future of Life Institute, AI research priorities document PDF, BBC: Stephen Hawking warns artificial intelligence could end mankind.
Yes, it may happen, but is it really so regrettable from the long term viewpoint? We are all going to die sooner or later, so if we regretting that advanced machines may take over from humans in the future, we are regretting that the future is not going to be the way we wanted it or the way we always assumed that it would be. But we don’t really know how the future is going to turn out anyway. Perhaps if machines take over then the earth may not end up with an overpopulated humanity using up the finite resources of earth, where a likely scenario is a massive increase in wars, disease and starvation. In that case, in my opinion, the scenario where machines have taken over and use the earth’s resources sensibly would be preferable.
In the short term a more likely scenario is perhaps where a human’s intelligence and memory could be boosted by implanting some sort of artificial intelligence booster module. And that raises the question, who is going to be able to afford these devices initially? Only the very rich. And once they have them, surely they will do everything they can to prevent everyone else having them. And then we will truly have a two-tiered humanity where the rich, as well as being rich, are also far more intelligent - and as a result probably much better at keeping themselves far richer than the common masses.
If that happens, it won’t be very pleasant being a non-rich person, and over time, the rich will eliminate the non-rich, except where they will be useful as servants where for certain activities their utilization turns out to be cheaper than using a machine.
Is this a good thing, or a bad thing? There really isn’t a single answer to this - if you are rich enough to afford the latest AI booster implant module, you will think it’s great - and if you can’t, you will think that the whole thing stinks. But it’s hard to say whether or not the end result would be an earth that would be a better place for life in general.
An interesting aspect regarding the possibility of advanced AI is what goals/objectives that the AI will have. Humans, through years of evolution, have built-in desires and objectives, such as to survive and reproduce. With an AI machine, however, the objectives of such a machine will be dependent on the design of the machine. In the recent film Ex Machina, the robots had an overwhelming desire to escape from their surroundings. There was no explanation in the film as to why this was the case - perhaps the designer instilled a strong urge to explore and learn as much as possible. In the film, the designer’s solution to this problem was to have the robots contained within a physically strong building equipped with a high tech security system. That seems rather implausible when a designer capable of designing the robot surely would have been to build the robots with an instilled desire to remain in the surroundings they were created in, while retaining a desire to obtain as much knowledge as possible without leaving their environment.
However, to instill a desire in an AI machine to follow a rather more nebulous notion such as benefiting the overall interests of mankind would be a completely different matter. It will probably be the case that the first major problems with advanced AI will result from a human designer creating AI which has goals which will benefit the designer, but which will be to the detriment of the overall interests of mankind. The problem in trying to prevent unwanted AI behavior is the problem of defining which goals of AI would be desirable to humankind, and which would be undesirable. As AI becomes more complex, humans will lack the capacity to decide between the two - and it would seem inevitable that some sort of ‘survival of the fittest’ will eventually decide the outcome of advanced AI, rather than human legislation.
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There is now a new page on Lebesgue measure theory and how it is contradictory.
There is now a new page Halbach and Zhang’s Yablo without Gödel which demonstrates the illogical assumptions used by Halbach and Zhang.
It has come to my notice that, when asked about the demonstration of the flaw in his proof (see A Fundamental Flaw in an Incompleteness Proof by Peter Smith PDF), Smith refuses to engage in any logical discussion, and instead attempts to deflect attention away from any such discussion. If any other reader has tried to engage with Smith regarding my demonstration of the flaw, I would be interested to know what the outcome was.
I found that making, adding or deleting footnotes in the traditional manner proved to be a major pain. So I developed a different system for footnotes which makes inserting or changing footnotes a doddle. You can check it out at Easy Footnotes for Web Pages (Accessibility friendly).
I have now added a new section to my paper on Russell O’Connor’s claim of a computer verified incompleteness proof. This shows that the flaw in the proof arises from a reliance on definitions that include unacceptable assumptions - assumptions that are not actually checked by the computer code. See also the new page Representability.
There is now a new page on Chaitin’s Constant (Chaitin’s Omega), which demonstrates that Chaitin has failed to prove that it is actually algorithmically irreducible.
For convenience, there are now two pages on this site with links to various material relating to Gödel and the Incompleteness Theorem
– a page with general links:
– and a page relating specifically to the Gödel mind-machine debate:
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Copyright © James R Meyer 2012 - 2017