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To: Red Badger

Interesting. If these results hold up, it could change how we handle heat in electronics. The question is whether this can be produced reliably and integrated into chips at a reasonable cost. If they figure that out, the biggest upside is energy savings for the data centers that the Ai industry relies on.


11 posted on 11/04/2025 8:39:38 AM PST by Callahan ( )
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To: Callahan

The electronics industry has been using boron and arsenic for many years, so integrating it should not be a big problem.

The the ‘trick’ is to make flawless crystals at scale.................


13 posted on 11/04/2025 8:43:09 AM PST by Red Badger (Homeless veterans camp in the streets while illegals are put up in 5 Star hotels....................)
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To: Callahan

Most electronics is ruled over by the ROHS regulations which ban certain toxic materials. At first I thought that the arsenic would be a problem. It turns out that ROHS does not restrict arsenic. Go figure.


28 posted on 11/04/2025 10:12:10 AM PST by omni-scientist
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To: Callahan

it could change how we handle heat in electronics.
= = =

Are we presently using diamonds? Probably not, but asking.


32 posted on 11/04/2025 11:27:25 AM PST by Scrambler Bob (Running Rampant, and not endorsing nonsense; My pronoun is EXIT. And I am generally full of /S)
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