New compact silicon could be a game-changer
I'll request that someone with great nanotechnology expertise (jbrenner?) comment on the real-world applications:
"The new material has an ultra-wide bandgap of 4.16 eV—a world record, Jung says. The ultra-wide bandgap implies that the material needs larger stimuli to conduct electricity, but can operate at high power, high temperature and high frequencies."
"The new material has an ultra-wide bandgap of 4.16 eV—a world record, Jung says. The ultra-wide bandgap implies that the material needs larger stimuli to conduct electricity, but can operate at high power, high temperature and high frequencies."
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- 2Posted by $ kddr22 2 years, 2 months agofascinating when viewing pure science and how much fun that is to read about| Mark as read | Best of... | Permalink
