The important thing is that a device could be that temperature in a regular room without insulation or really particularly special components. Yeah its above room temperature but so is my desktop processor.
No need for name calling. I have a masters in mechanical engineering and am working on a cryogenic space radiator for work. Its being pretty semantic to say “well ac-tually 127C is way above room temperature, so this article is invalid and the breakthrough is irrelevant.” My point is that a significantly smaller system can be produced to run at 127C that’s normal industrial equipment and some hotter electrical equipment levels that doesn’t require a large power helium cryocooler system to run continuously, like many devices that use superconductors today need.
The important thing is that a device could be that temperature in a regular room without insulation or really particularly special components. Yeah its above room temperature but so is my desktop processor.
You haaaave to be an idiot
No need for name calling. I have a masters in mechanical engineering and am working on a cryogenic space radiator for work. Its being pretty semantic to say “well ac-tually 127C is way above room temperature, so this article is invalid and the breakthrough is irrelevant.” My point is that a significantly smaller system can be produced to run at 127C that’s normal industrial equipment and some hotter electrical equipment levels that doesn’t require a large power helium cryocooler system to run continuously, like many devices that use superconductors today need.