I have heard that nothing succeeds like success!
I heard nothing sucks seeds like a budgerigar with
no teeth! Next!
You mention many times that you have to actually
create the pictures in the electrochemicals in the
biocomputer, can you give us more detail on that!
Yes. Imagine when you take a photograph with a
Polaroid camera, you can actually watch the film
develop. First it's very blurred, then as the minutes go
by it gradually develops and as the chemicals react the
picture gets clearer and clearer. In the individual cells
in the biocomputer you have electrochemicals. You
actually have to implant proper pictures of what it is
that you want to accomplish in those chemicals. If you
just get blurred or fuzzy pictures all the time, when it
comes time for your left computer to communicate
with your right computer, it will have a difficult time
trying to understand what those fuzzy pictures are.
Your output will be negligible. On the other hand if
you create concise and definitive pictures in those
electrochemicals, when the two computers com-
municate with one another the left computer will
understand exactly what those pictures are. Don't
forget also that the right computer needs clear pictures
to go about solving your problem anyway, in a totally
different way to the left computer.
Is conventional computer technology leaving
biocomputer technology behind?
Good question. I am afraid at the mo ment it is.
But that will only be short lived. Most people who are
using their biocomputers correctly at the moment are
only doing so intuitively. The more this particular
program is made available and people start to realize
there is a very powerful way in which we can