Nanotechnology

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As per the previous YouTubes on "The Dark Secret of Hendrik Schon", which I found very interesting - I saw this article today in Science Daily... in regard to Moore's Law - and the new microprocessors -

Silicon With Afterburners: New Process Could Be Boon To Electronics Manufacturer

"ScienceDaily (July 24, 2009) — Scientists at Rice University and North Carolina State University have found a method of attaching molecules to semiconducting silicon that may help manufacturers reach beyond the current limits of Moore's Law as they make microprocessors both smaller and more powerful.

in which carbon molecules could be bonded with silicon either through a chemical bath or evaporation."

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Creating Unconventional Metals: Quantum Halfway House Between Magnet And Semiconductor Discovered

"ScienceDaily (Aug. 21, 2008 ) — The semiconductor silicon and the ferromagnet iron are the basis for much of mankind's technology, used in everything from computers to electric motors. In the journal Nature (August 21st) an international group of scientists, including academic and industrial researchers from the UK, USA and Lesotho, report that they have combined these elements with a small amount of another common metal, manganese, to create a new material which is neither a magnet nor an ordinary semiconductor."

"with the end of Moore's law in sight, mechanisms for controlling and understanding possible new information bits such as spins in solids are actively being sought after."

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There was mention in another section where the debris particles removed from a Morgellons lesion are magnetized? That if these particles were put in a bowl-dish with distilled water and a traditional magnet placed above them - that they should spin in a certain direction. This experiment has not been done yet, so we don't know if this statement is true or false.


Nanotechnology Combined With Superconductivity Could Pave The Way For 'Spintronics'

"ScienceDaily (June 1, 2005) — As the ever-increasing power of computer chips brings us closer and closer to the limits of silicon technology, many researchers are betting that the future will belong to "spintronics": a nanoscale technology in which information is carried not by the electron's charge, as it is in conventional microchips, but by the electron's intrinsic spin.

The idea is to create the device as a series of layers, each only a few dozen nanometers thick. At the base is a layer of diluted magnetic semiconductor, a type of material Janko and his group have been studying intensively. When gallium arsenide is doped with manganese atoms, for example, each manganese atom contributes an extra electron, and thus an extra electron spin; the result is a semiconductor material that can be magnetized in much the same way as iron. Then an insulator material is layered over the base, followed by a layer of superconducting material.

Next, a magnetic field is applied perpendicular to the top surface (see animation above). Thanks to the basic physics of superconductors, the field can make it through only by pinching itself down into an array of nanoscale flux tubes. That super concentrates the field inside each tube, so that it creates a spot of high-intensity magnetism on the semiconductor layer below, which, in turn, creates a patch of closely aligned electron spins. The resulting spin patches, one for each flux tube, are then available for encoding information.

The effect resembles what happens when you sprinkle iron filings on a piece of paper, and then hold a bar magnet underneath, says Janko: the presence of the magnet (the flux tube) makes the iron filings (the spins) stand at attention. Furthermore, he says, just as you can manipulate the filings by moving the magnet underneath the paper, you can manipulate the spins in this system by moving the flux tubes.

For example, an electric current flowing through the superconductor will cause a given flux tube to move to one side (with the patch of spins underneath moving along with it), while a current flowing in the reverse direction will move it back to the other side (see animation at right)."

[Sadsack]

Mental_floss' step-by-step guide to destroying civilization ... - Care2 News Network

This is a animated version of how nanotechnology might be misused.

SS

[Sadsack]

OMG - Just copied this image off a nanotech page - what does it look like??



Here's the link - any thoughts anyone??

Helter skelter nanotechnology

SS

[Kritters]

Originally Posted by Sadsack

OMG - Just copied this image off a nanotech page - what does it look like??



Here's the link - any thoughts anyone??

Helter skelter nanotechnology

SS

SS...

That looks exactly like what I found on my arm (looked like a jell smear) after sitting on my deck outside one night. I put it under the scope and knew it was some unusual blob of gelatinous fungi. I still have the pic somewhere...just haven't had the time to transfer to this computer.

Kritts

[Sadsack]

Kritters -

I hope you can find it. I know I've seen something like this before (nothing of mine). Maybe someone else on this board???

I wish that he (author on that site) identified what it is.

SS

[hurtin1]

Just found this-{{{{{{nano-sized silver ion powder}}}} Possible help?

Googled under "nano in germs" TITLE BELOW

{Samsung uses Silver Nano Technology to protect its keyboards from germs}


Would be something to buy our cure from of all companies,,,SAMSUNG!!

[Katinka]

Originally Posted by Sadsack

OMG - Just copied this image off a nanotech page - what does it look like??



Here's the link - any thoughts anyone??

Helter skelter nanotechnology

SS

Nano carbon tubes with NanoBuds...



Figure*1 : A novel hybrid carbon material : Nature Nanotechnology

Kat

[hurtin1]

Hmmm,,the thing about china,,,,,,they just built a deep water port at the end of mexico,for the nafta hiway...