To: LibWhacker
For some reason I've always thought that "nanotechnology" was the biggest scam on the planet. (How convenient that one can work an entire decade and literally have *nothing* to show for it!)
13 posted on
05/06/2004 6:31:59 PM PDT by
The Duke
To: The Duke
There are a number of nanotech-based products. Do a google search for MEMS (Micro-electro-mechanical-systems). Or just go to
http://www.memsoptical.com/ and look thru their product catalogue
14 posted on
05/06/2004 6:37:09 PM PDT by
SauronOfMordor
(That which does not kill me had better be able to run away damn fast.)
To: The Duke
I know from your homepage you are an engineer. I'm not, so I'll defer to you on this . . . But isn't it at least potentially very impressive that they have nano-grippers, nano-rotors and gears, nano-conveyor belts, nano-walkers, nano-memory, nano-circuits and other circuit elements, etc.? Personally, I think it's fascinating and expect soon we'll start seeing lots of nano-devices that will have amazing properties and that will be built up from these components. Where am I going wrong?
To: The Duke
The Duke said:
"For some reason I've always thought that "nanotechnology" was the biggest scam on the planet. " I think you are confusing "nanotechnology" with "cold fusion".
Nanotechnology has the potential to make dramatic changes to how some very important things get done in our world.
One example might be in the creation of food. Almost all of the food we eat is created by some other animal or plant. The process by which such food is created is determined by what is useful to that animal or plant and not on what is most useful to humans.
In the future, carbohydrates, proteins, sugars, and fats may be created in giant vats using "nanomachines". Bacteria may be harnessed to provide part of such machines, but the process of making the foodstuffs will be designed to efficiently create "food".
Pharmaceuticals and other useful chemicals can also be created this way.
I have read descriptions of using DNA to accomplish decryption using a massively parallel approach. Computation in general may be furthered by nanotechnology.
Another post describes using nanotubes to create improved video displays. Imagine such a display which might be manufactured using nanomachines. It might not only be inexpensive to create but possible to repair using nanomachines. No more dead pixels.
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