Carbon Magnets At Room Temperature
Bolie writes: "Trying to make high temperature super conductors yielded an unexpected result. The pure carbon bucky ball material was put under pressure to make sheets. That worked. Picture microscopic bubble pack. But the result was a sheet that was magnetic at room temperature. It has not escaped the attention of the discoverer, Tatiana Makarova, that this might be useful for a non-metallic computer memory. The material is also lighter than metals, flexible and transparent. Lasers anyone?"
Transparent as in transparent aluminium, ala Trek? Can I build my whale tank now? ;)
Also, Makarova's material is flexible and transparent, properties that could make it useful for storing data when a laser is used to record on it. It might also be possible to record data at unprecedented densities.
Man, this is really going to piss off Hillary Rosen...
Because his is Slashdot. There's no one here except computer geeks. If you only have a hammer, everything looks like a nail.
What about a new 'cool' translusent colored Fridge magnet!
The error is in the word "higiest" alright... :-)
Sig (appended to the end of comments I post, 54 chars)
... to wrap microscopic hardware parts. Finally we've found a solution to that one!
Sig (appended to the end of comments I post, 54 chars)
I figure most geeks on slashdot already know what a buckyball looks like; just in case, for the U.S. readers, this means soccerball-shaped...
Picard: Is it a carbon-based life form?
Data: No
Picard: Is it a silicon-based life form?
Data: No
Picard: Is it a germanium-based life form?
Data: No
Picard: Neon?
Data: No
Picard: Uranium?
Data: You're just guessing, aren't you?
I am for the complete Trantorization of Earth.
But he did write 253.15. Or maybe you are using IE 5.5, which occasionnally displays a seven and sixes as fives. This feature is supposed to only kick in when displaying prices of Microsoft server software in order to make them look friendlier, but apparently, here it misfired...