If you have already visited the webpage:
http://www.istopdeath.com/edmont.html
then you may like to know that an update is due.
I'm reproducing this here , as Robert.Ray.Hedges might be
a little busy at the moment ; he has assisted me with the
transfer of edmont.htm to its present locatio on the web.
Then again I may figure his instructions an find I can
accomplish this myself.
In the meantime though.....
As mentioned in my correspondence with Ray , I'm focusing
upon this specific research , as it offers possibilities
for more than a select few.
The device described could fairly readily be fabricated
and sold as a component for a nanometer imaging system or
as an additional attachment to a P.C. based CCD microscope.
The construction of this device appears to be simpler than
a silicon micro-circuit. 90nm lithograpy , for silicon is
already available ; dimensions below this are also acheivable ;
according to the press releases I've read.
Edmont.
==========================================================
<html>
<head>
<title> Edmonts Tech' Notes Update </TITLE>
<META NAME="Description" CONTENT=physical immortality physical immortality
physical immortality edmontnz">
<META NAME="Keywords" CONTENT="physical immortality Robert Ray Hedges is taking
over internet Children's Immortalisation Mandatory Physical Immortality physical
Immortality Children's Empowerment and Awakening and real salvation: meaning
create keeping our bodies physical Immortality edmontnz">
</head>
<body>
<p>
IMAGING
</p>
<p> Alternate
</p>
<p>
05/02/2003 5 Feb 2003
</p>
<p>
The use of relatively simple nano-technology has resulted in
an imaging device with sub-wavelength capability.
Furthermore this device can be produced using present day
technology on a large and commercial scale.
The basic construction involves a pattern of nanometer size
holes , these act as waveguides and provide enough resolution,
and a small enough aperture , to view individual molecules.
This is an inherently simpler design than that using metamaterials
and requires less manufacturing steps than a silicon microcircuit.
Hence the potential exists for most anyone to have molecular
imaging capabilities.
<p>
<A
HREF="
http://www.news.cornell.edu/releases/Jan03/microchip.molecules.deb.html">
nano-optics </A></p>
</p>
<p>
<a href="edmont.html"> Main </a>
</p>
<p>
Edmont. Edmontnz
</p>
<p>
</p>
</body>
</html>
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