|
Post by glennb on Sept 1, 2008 0:04:37 GMT -5
|
|
|
Post by gradysghostii on Sept 1, 2008 4:08:20 GMT -5
I would bet the farm its all fake
|
|
|
Post by greeneyes on Sept 1, 2008 8:26:44 GMT -5
What struck me as possibly related to morgellons was the retraction of some of the wires when attempt to extract them was made, sounded familiar.
Funny how we doubt others so quickly; and yes I know there are those that would use a story like this against the morgellons community.
Yet I have considered would I want to be the cold hearted person that turns my back on one truely in need for fear of my own retribution or would I want to be the one who stands with my arms held open to persons in pain. I know what many of us here have gone through--I choose empathy and compassion.
greeneyes
|
|
|
Post by godog on Sept 1, 2008 9:36:43 GMT -5
At first glance, it's bs, but that is what they said about us and I don't ever want to be that close minded. But still.........I can't quite believe it.
|
|
|
Post by lilsissy on Sept 1, 2008 16:06:37 GMT -5
|
|
|
Post by godsgrace on Sept 1, 2008 16:13:51 GMT -5
I believe it
godsgrace
|
|
|
Post by gradysghostii on Sept 1, 2008 17:15:53 GMT -5
Maybe this is her in 5 years? We are Borg. 7 of 9 - Sorry for the humor
|
|
|
Post by lilsissy on Sept 1, 2008 20:56:09 GMT -5
|
|
|
Post by lilsissy on Sept 1, 2008 21:11:40 GMT -5
|
|
|
Post by lilsissy on Sept 1, 2008 21:23:50 GMT -5
I believe nano wires have already been done in us tinyurl.com/6g5avqthey use fungus for this too. lilsis
|
|
|
Post by lilsissy on Sept 1, 2008 23:23:40 GMT -5
|
|
|
Post by ibzahp on Sept 2, 2008 16:20:25 GMT -5
Just doesn't seem real. For what purpose?
|
|
|
Post by lilsissy on Sept 2, 2008 18:18:37 GMT -5
Control
|
|
|
Post by zabrubon on Sept 2, 2008 23:22:42 GMT -5
I believe this is for real. My question is why is it growing from the stomach? Is it growing or is the body just pushing it out of the body? I wonder if she ate something that can not elimate the natural way so it is coming out the pores of her skin. Wierd, just wierd. CB
|
|
|
Post by godsgrace on Sept 2, 2008 23:53:46 GMT -5
some of the pseudo-hairs I tweeze from my facial lesions are very coarse...wiry...like a wire.
They are not fine like a human hair... they are wider.
If she has a really bad fungal infection...like filamentous fungal infection, then the nano can grow...self replicating itself, producing wires?
I say it is possible.
Morgellon's being fed...alot of fungus....
very possible.
godsgrace
|
|
|
Post by felixwillford on Sept 3, 2008 13:59:57 GMT -5
Researchers at Boston College report creating nanonets, pictured here magnified 50,000 times. The novel nano-scale structure was grown from titanium and silicon in a two-dimensional network of wires that resembles flat, rectangular netting. Credit: Angewandte Chemie International Using two abundant and relatively inexpensive elements, Boston College chemists have produced nanonets, a flexible webbing of nano-scale wires that multiplies surface area critical to improving the performance of the wires in electronics and energy applications. Researchers grew wires from titanium and silicon into a two-dimensional network of branches that resemble flat, rectangular netting, Assistant Professor of Chemistry Professor Dunwei Wang and his team report in the international edition of the German Chemical Society journal Angewandte Chemie. By creating nanonets, the team conquered a longstanding engineering challenge in nanotechnology: creating a material that is extremely thin yet maintains its complexity, a structural design large or long enough to efficiently transfer an electrical charge. "We wanted to create a nano structure unlike any other with a relatively large surface area," said Wang. "The goal was to increase surface area and maintain the structural integrity of the material without sacrificing surface area and thereby improving performance." Tests showed an improved performance in the material's ability to conduct electricity through high quality connections of the nanonet, which suggest the material could lend itself to applications from electronics to energy-harvesting, Wang said. Titanium disilicide (TiSi2) has been proven to absorb light across a wide range of the solar spectrum, is easily obtained, and is inexpensive. Metal silicides are also found in microelectronics devices. The nanonets grew spontaneously from the bottom-up through simple chemical reactions, unprovoked by a catalyst, according to Wang and co-authors, post doctoral researcher Xiaohua Liu and graduate students Sa Zhou and Yongjing Lin. Basic nano structures are commonly created in zero or one dimension, such as a dot composed of a small number of atoms. The most complex structures grow in three dimensions – somewhat resembling the branches of a tree. Working in 2D, Wang's team produced a web that under a microscope resembles a tree with all branches growing in the same perpendicular direction from the trunk. Using titanium disilicide intrigued Wang because of the material's superior conductivity. Late last year, researchers at the Max Planck Institute for Bioinorganic Chemistry observed that a titanium disilicide semiconductor photo catalyst splits water into hydrogen and oxygen. The semiconductor also stores the gases produced, enabling the simple separation of hydrogen and oxygen. So-called water splitting may play a key role in producing hydrogen for fuel. "We're excited to have discovered this unique structure and we are already at work to gauge just how much the nanonet can improve the performance of a material that is already used in electronics and clean energy applications," said Wang. www.physorg.com/news139599754.htmlThe full paper can be viewed at www3.interscience.wiley.com/cgi-bin/fulltext/121393485/PDFSTART
|
|