R
Radium
Guest
On May 13, 7:24 am, phil-news-nos...@ipal.net wrote in
http://groups.google.com/group/aus.electronics/msg/2465ff42cd8cc566?hl=en&
:
400 nm lasers [and other optical equipment - such as (but not limited
to) crystals, lenses, and mirrors, etc, etc.] and does not require any
electricity [other than the changes in electron energy levels that are
mathematically-required to produce any kind of light]. In addition,
this PC does not use any LEDs, just lasers. This PC runs on nanoscopic
400nm lasers that are powered by the main 400 nm laser [power supply].
The ultimate power supply for this main laser is a distant gigawatt
400 nm laser [at the power station] pumped by deuterium-tritium
fusion. The D-T fusion is initiated by another 400 nm laser pumped by,
well, whatever the practical source is. Lasers with sufficiently high-
wattage and short-enough wavelengths can be used to trigger
thermonuclear reactions.
Read more about my laseronic fusion power dreams:
http://groups.google.com/group/sci.energy/browse_frm/thread/7b565e1275535bb2/
http://groups.google.com/group/aus.electronics/msg/2465ff42cd8cc566?hl=en&
:
A photonic PC is one of my dreams. My dream photonic PC runs purely onI suggest you would spend your time better by building a computer that
runs entirely on photons from light. Be sure it can handle a wide range
of photon energy levels (wavelengths). If you can fabricate picogates
that can operate entirely by holding a single photon in state and switch
the next photon based on a held photon, then you may well have achieved
the elusive 100% energy efficiency. Holding a photon would be the big
trick (they prefer to move very fast, so you will have to fool it and
run it around in a circle or bounce it back and forth).
400 nm lasers [and other optical equipment - such as (but not limited
to) crystals, lenses, and mirrors, etc, etc.] and does not require any
electricity [other than the changes in electron energy levels that are
mathematically-required to produce any kind of light]. In addition,
this PC does not use any LEDs, just lasers. This PC runs on nanoscopic
400nm lasers that are powered by the main 400 nm laser [power supply].
The ultimate power supply for this main laser is a distant gigawatt
400 nm laser [at the power station] pumped by deuterium-tritium
fusion. The D-T fusion is initiated by another 400 nm laser pumped by,
well, whatever the practical source is. Lasers with sufficiently high-
wattage and short-enough wavelengths can be used to trigger
thermonuclear reactions.
Read more about my laseronic fusion power dreams:
http://groups.google.com/group/sci.energy/browse_frm/thread/7b565e1275535bb2/