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Archive: https://archive.today/uiGmc

From the post:

>Every electronic device you have ever owned shares a critical weakness. Push it past roughly 200 degrees Celsius and it begins to fail. Your phone, your car's computer, the satellites orbiting above your head right now, all of them have the same thermal ceiling baked into their design. For decades, that ceiling has been one of the most stubborn walls in engineering. Now, a team at the University of Southern California may just have broken through it. In a paper published in the journal Science, researchers led by Professor Joshua Yang report a new type of memory device that kept working reliably at 700 degrees Celsius. That is hotter than molten lava. Hotter than the surface of Venus, which has defeated every lander ever sent there, destroying their electronics within hours of touchdown.

Archive: https://archive.today/uiGmc From the post: >>Every electronic device you have ever owned shares a critical weakness. Push it past roughly 200 degrees Celsius and it begins to fail. Your phone, your car's computer, the satellites orbiting above your head right now, all of them have the same thermal ceiling baked into their design. For decades, that ceiling has been one of the most stubborn walls in engineering. Now, a team at the University of Southern California may just have broken through it. In a paper published in the journal Science, researchers led by Professor Joshua Yang report a new type of memory device that kept working reliably at 700 degrees Celsius. That is hotter than molten lava. Hotter than the surface of Venus, which has defeated every lander ever sent there, destroying their electronics within hours of touchdown.
[–] 1 pt

And it was lucky. The discovery came by accident. Yang's team was trying to build an entirely different device when they stumbled onto this one.

That is how most anything is invented.