At
this point, I am going to say that I fibbed, a little bit. I once
said that it was an analogy, but actually it is more than that. The
current space technology is one of two positional spaces, which
together add up to a single positional space. Unfortunately, I do not
have the time to recount the Higg's space side of the equation,
partially because the work has not been completely established.7
But
the information space is the other road to this, so what I have
actually been doing is matching Gödel to amperage, Turing to
voltage, and Nash to ohmage. That means that this is not just a
mathematical concept, which some hints in Nash might have given you
the clue. One can show actual real meaning to this concept. Just as
AVO is related to current space, GTN is related to informational
space. Now you might think, so what? But that is where three values
not two enter the equation. Because there are three values, then the
left half of space, the one that current space is a part of, will
intersect with informational space. And in between these two spaces,
there is a space, which is one nor the other. In positional space
current is known, and Ohm is, generally, unknown. It is quite the
reverse for informational space: generally Nash is known, while Gödel
is, generally, unknown. There are exceptions to these, as with any
physical realities.
But
what this generally means is that the Nash Equilibrium is the
starting point, and then one calculates the Turing Machine to arrive
back at the Gödel Number. Of being a triangle, it can be from any
one of the three, but the Nash Equilibrium will generally be the
start, because it is the easiest one to find. And in science, if you
can find a quantity, then naturally that will be your starting point.
And the Nash Equilibrium, by joining the Gödel Number and the Turing
Machine, one being opaque, and the other not be decided upon, is the
only point where one has the advantage of being able to discern.
Thus
the normal process is to find out the Nash Equilibrium, just as with
the AVO the first part is to determine the voltage or the amperage,
since in current space those are usually the easiest points to
discern. In current space Ohm is not measurable, but amperage or
voltage is, by the fact that current is mainly about electrons, which
means you just need to place a voltmeter and measure. This is a
difference between current space and informational space. And it
might seem odd, and then dismissed.
Until you realize that current
space and information space really rely on each other, and that means
that there is a grouping of the two. So if I divide current space
from informational space, and join them, it is obvious – in that
way that mathematicians speak of obvious – that there is a set
which is neither true nor false. This, remember, is from Gödel, that
your two spaces are conjoined, there needs to be a third space which
is neither true nor false, but indeterminate. This will lead you to
Codd and Date, who are the informational engineers, as opposed to the
mathematicians. One of the important differences, is the
mathematician looks at the problem, solves it, and goes on. The
engineer actually has to build a working object. Think of it as a
fight between the scientists and the engineers over which is more
important: the discovery that it could work, or the actual working
object. This too, is part and parcel of the decisions you will make.
