It's a small world...
(Don Eigler and Erhard Schweizer of IBM’s Almaden Research Center made nanotech history when they wrote their employer’s name in xenon atoms on a nickel surface, using the weak attractive forces between the atoms in the STM needle’s tip and the xenon atoms to nudge them into position. Their paper was published in Nature on April 5, 1990)
There was an article recently on Nanotechnology, in the June 2006 issue of National Geographic Magazine.
From Wikipedia:
"Nanotechnology is a field of applied science focused on the design, synthesis, characterization and application of materials and devices on the nanoscale. Nanotechnology is a sub classification of technology in colloidal science, biology, physics, chemistry and other scientific fields and involves the study of phenomena and manipulation of material at the nanoscale, in essence an extension of existing sciences into the nanoscale. Two main approaches are used in nanotechnology: one is a "bottom-up" approach where materials and devices are built up atom by atom, the other a "top-down" approach where they are synthesized or constructed by removing existing material from larger entities. A unique aspect of nanotechnology is the vastly increased ratio of surface area to volume present in many nanoscale materials, which opens new possibilities in surface-based science, such as catalysis. This catalytic activity also opens potential risks in their interaction with biomaterials."
It's a fascinating subject, and it shows a lot of potential.
Some recent (Sept. 26th) articles:
Nanotechnology Risks Unknown
(Washington Post)
Study Says U.S. Has Lead in Nanotechnology
(New York Times)
Other related links:
The Institute of Nanotechnology
NanoBusiness Alliance
Nanotechnology
Nanotechnology Now
The National Nanotechnology Initiative
Engines of Creation:
The Coming Era of Nanotechnology
(K. Eric Drexler)
And a blog about it:
Howard Lovy's NanoBot
Size definitely matters!!!
14 Comments:
read that with the some nano-particles, when you put them on your skin, they just disappear. Wander how that was found out :-)
MEMS (mini electromechanical machines ) are also related to nano stuff. MEMS are very commonplace today. I remember reading about them in some science journal many moons ago and look now.www.wikipedia.org/wiki/MEMS
here is something we used at work www.sercalo.com
They are doing some things that will boggle even my cynical mind. It's either the dawn of a new age or the end of life as we know it (possibly both) but it will be facinating to watch, that's certain!
She wore an itsy-bitsy, teeny-weeny, yellow nano-tech bikini...
(:D) Regards...
Science has never been my strong suit, so I find it difficult to wrap my leetle teeeny brain around such a subject. I do agree, however (from what little I do grasp), that it will be fascinating to see all the various applications this will apply to. Medicine, robotics, computers, space, etc.etc. I'm envious of the things my child will see come to fruition in his lifetime. (Provided the world is still here, that is.)
The Chinese are leading the rest of the world in nano-tech, but are hush-hush about it because they wish to develop "super weapons" which would be so effective that it would cause any opponent to surrender unconditionally, like the Japanese did in WWII. For some idea of what they are working towards - read Greg Bear's "Moving Mars" or check out these articles by Lev Navrozov. http://www.newsmax.com/pundits/Navrozov.shtml
So when do you think they will be able to change lead into gold???
cave_nate:
Those "MEMS" have a lot of potential for medical applications, I believe.
Fascinating stuff, thanks!
boberin:
I vote for the "possibly both" option.
Hawkeye®:
Actually, they're already using nanotech in the garment industry.
Maggie:
They probably use it in the new currency we've been seeing, too.
MargeinMI:
"Leetle teeny" is what it's all about! :-)
Rich:
I read "Moving Mars" years ago; Greg Bear writes some thought-provoking stuff.
Regarding those articles by Lev Navrozov, I found this one most interesting:
U.S. Military Officers Warn: Russia and China Lead in Superweapons
JR:
Now. They've been able to do so for awhile, but it's still cheaper to just buy gold, at present...
Yes particle accelerators cost alot to run and take forever to come up with gold... Nanos could force the release of three protons without the current energy requirements...
This is one field of technology that could have untold, unplanned-for and unforeseen applications and effects on nearly all aspects fo our future life. It will be fascinating to watch. Don't fear technology, embrace it.
Naturally, it is far more entertaining to envision catastrophes that might ensue from nanotech-gone-wild, than to visualize the many unexpected positive consequences of this brave new world, but I'm betting on net good results. And, I've been investing in it for the past year...
JR:
In another age, you'd have been big on Alchemy, huh?
Beerme:
Science and Technology have been being very good to my 401K lately...
Alchemy... You are pretty close... It is more of the release of energy... I also can see Cold Fusion with the use of nanos just around the corner...
JR:
Coincidentally, I was just reading where China is claiming to have successfully tested a fusion reactor...
Love the replicators from StarGate SG-1.
Have you read Prey by Chrichton?
Pat'sRick©:
Oh, yes...I've read just about everything by Michael Crichton.
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