New Semiconductor Coolers
An anonymous reader writes: "A new thermoelectric material is 2.4X as efficient as
best existing materials. The new solid state heat pumps
can provide 700 watts of cooling (nearly one horsepower)
with just one square centimeter. These new materials have the
potential to replace current heat sinks, thermoelectric
generators and mechanical heat pumps.
You can also read an article in nature."
cool!
Free, as in your money being freed from the confines of your account.
A new thermoelectric material is 2.4X as efficient as best existing materials. The new solid state heat pumps can provide 700 watts of cooling (nearly one horsepower) with just one square centimeter. These new materials have the potential to replace current heat sinks, thermoelectric generators and mechanical heat pumps. Just means more overclocking potential. ;)
Hrm. One superconductor, plus a heat sink the size of my car, plus that liquid nitrogen pump, and I might just get Win2k to load in under a minute. Wow.
http://quiz.ravenblack.net/blood.pl?3357354385
FOR IMMEDIATE RELEASE:
Craig Barrett, 61, Pres, CEO of Intel Corporation was quoted today in a fake press release as saying,
These things are going to get so efficient and semiconductors running so hot that when one of them fails the whole thing will go critical mass. Your box won't just fail, it'll burst into flames and melt into a useless bubbling pool of metal and plastic!
This material can GENERATE 700 watts of electricity from only one square cm. (specifically under a 58 degree F tempature gradient).
there's not enough energy difference in a 58-degree gradient to account for 700W per cc. if this were true, i could power Boston by replacing my oven's door with this stuff & baking a batch of brownies.*
i exaggerate, but the energy figure given is still ridiculously large.
Tingler- Dictionary-carrying English speaker. I have no tolerance for poor spelling.