Nanotube Applications Grow And Grow
HobbySpacer writes "Carbon nanotubes are starting to transition from interesting laboratory curiosities into interesting technological applications. These apps include non-volatile RAM, flat screen displays, high strength fabrics, and smart skin for structures in aerospace and elsewhere. Perhaps if The Graduate was being made today, the one word for Benjamin Braddock's future would not be "plastics" but "nanotubes"."
And as far as commercial entities go, don't forget IBM's find back in September of 2002, which was making nanotubes with carbon instead of metal.
What's next? jewelry? pencils? life?
Je t'aime Stéphanie
what on earth would you do with a carbine rifle that small?
i guess even nanites are set to participate in the arms race.
// "Can't clowns and pirates just -try- to get along?"
For me, the best is to come in LCD screens. Faster and cheaper LCD screens, and with better image quality. Now, thats what I call good news.
Call on God, but row away from the rocks.
That's all fine and dandy, but a bullet proof piece of clothing 'as light as a t-shirt' wouldn't so squat. Kevlar is a pretty light material too, the reason bullet proof vests are so heavy is because of the large impact absorbing plates. Without some impact absorbance, the bullet would just end up dragging a whole bunch of cloth into the gaping hole in your chest. You have to have something to absorb the kinetic energy; and a t-shirt just doesn't cut it.
Space elevator.
Variable sword.
Shadow-square wire.
Don't write these off as goofy SF ideas. These are well-thought-out designs with only one "If Only". When the final engineering solution for the "if only" part of the design appears (and it will), the prediction is realized.
Ever heard of geostationary satellites?
"Reality is that which, when you stop believing in it, it doesn't go away." - Philip K. Dick
From the article: "The ability to place CNTs directly on a substrate while controlling their spacing, size, and length, provides a high quality image with optimized electron emissions, brightness, color purity and resolution for flat panel displays. Other attempts in this field utilize a "paste" or "print" method of applying CNTs, which to date, have not been able to provide the same level of display image quality, or the potential cost savings of Motorola's NED process."
This brings up some interesting ideas !
What happens when the technology for laying the nanotubes onto substrates becomes so good that we
are able to build car frames or house frames from it(think 3D substrates of nanotubes) ?
How about another question , how easy is it for one to recycle this crap.
We already have problems with millions of old junk PC's and monitors, what happens when you have near indestructable nanotube structures ?
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