How About a 710Ghz CPU in the near future

[Phil Thayer]

The idea of using ground, amplifier and light-emitting is tri-polar in
nature.  However, take this further and think about how to store the
data in an optical format that is sensitive to different light spectrum
levels.  Read this article
http://www.bitmicro.com/public_docs/MAE_Bulk_memory_designers_eye_new_te
chnologies.PDF and look at the second page where they talk about Optical
storage.  Remember the Superman movie where he flies to the ice cave and
sticks the crystal into the machine and it teaches him everything her
needs to know.  Well, this is a perfect example of art coming to life.
The next quantum leap in computing is going to be highly dependent on
lasers, possibly base3 or more without the need to use multiple gates to
implement the higher base computing systems, petabytes of internal
memory and exabytes of external data storage in the 100's of zettabyte
ranges.  If you read this and thin "Nobody will ever use that much
storage of memory" search the internet for what people where saying
about gigabytes and terabytes of memory and storage in the '80s.

Phil

-----Original Message-----
From: kclug-bounces at kclug.org [mailto:kclug-bounces at kclug.org] On Behalf
Of jared at hatwhite.com
Sent: Monday, August 13, 2007 8:41 PM
To: kclug at kclug.org
Subject: RE: How About a 710Ghz CPU in the near future


>Did you read in the technical description how they can not only
generate
>light pulses but also light that has different spectrums (colors).
With
>that in mind they now have the ability to build a transistor that can
>have numerous gate states. Base3, Base6 and Base9 are all possible with
>this.

Yes, I did read it carefully, several times. But I did not notice what
you
pointed out, and am glad you saw it. This really opens the sky even more
than it first appeared, because now, electrical flow has multiple
"flavors"
as well as current, voltage, &tc. They really have discovered something
larger than any single team of people can explore.

Note also that they described the invention as having "3 ports: Ground, 
amplifier, and light-emitting." You might think that _this_ number three

has nothing to do with the ternary conversation we just finished, but 
in fact, the order of "ground, amplifier, and light-emitting" is a
perfect 
way to express the three poles in their natural relationship to one 
another. Thus far we've been talking about 1, 0, and -1. But when you
extend the structure into analog, you start talking about things like
"ground, amplifier, and light-emitting."

For example, Hegelian dialectics is another way of looking at the 
relationship of these three positions. First there is the declaration 
and then there is an opposing response, and then arising from these 
two, there is a third "declaration" which is composed of insights 
derived from the spectrum revealed by the first two. Ground, 
amplifier, and light-emitting, if you're able to see the poetic insight 
weaving all of this together.

It's exciting to see that the very newest technology in transistor 
development is not only light-generating, but tripolar in structure.

-Jared





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