I thought that I had presented the process in another portion of
my post: The SI can think so fast that on it's time-scale any possible
extra-system return is too far into the future to be useful in
comparison
to the forgone computational capability represented by the extra-system
probe's
mass. I proposed that the SI would increase its speed by several orders
of magnitude by converting its mass into a neutron star.
>
> >Your [Anders'] scenario may be plausible, but I feel that my scenario
> >is more likely: the Initial SI (for example an experimenter together
> >with a workstation and a bunch of software) is capable of rapid
> >self-augmentation. Since the experimenter and the experiment are
> >likely to be oriented toward developing an SI, the self-augmentation
> >is likely to result in rapid intelligence gain.
>
> Most complex systems we know of are capable of rapid
> self-augmentation. People can change, companies can change, and
> nations can change. *Useful* rapid change is a lot harder, however,
> and you have offered no plausible argument why such useful rapid
> change is any more likely here than for other complex systems. Again,
> yes, it is logically possible. But that is hardly a plausibility
> argument.
>
Unfortunately, as you say there seems to be little in the way a human or
corporation can do in the way of useful self-augmentation. I contend
that
an SI that includes a substantial computer component is very amenable to
useful self-augmentation, while people and organizations are not. The
reason:
the SI can understand itself and it can reprogram itself. I contend that
this
is fundamentally different than the process used by a human or a
corporation
atempting self-augmentation.