EVS Cooling (New Cooling Method, Orig. 4/22/2021)
No.13360068 ViewReplyOriginalReport
Quoted By: >>13360305 >>13360337 >>13363527
If:
Room temperature superconductors become available AND
Efficient capacitors based upon MoSe/WS2 or similar dielectrics already exist, which they do
AND the superconducting nanotubes are sheathed in a polymer to be cooled
AND current is volleyed back and forth between the two capacitors through a superconducting-at-room temperature nanotube in resonance with the phononic activity of the atoms in the polymer
THEN
Shouldn't we be able to achieve a type of cooling through a variant of the "many metronomes effect" by re-using the same electricity over and over again without introducing heat into the system, but instead, taking heat out of the system? This has the benefit of not violating the laws of Newtonian physics since we'd be taking energy out, not putting it in.
Your thoughts? Can I has Nobel now?
Room temperature superconductors become available AND
Efficient capacitors based upon MoSe/WS2 or similar dielectrics already exist, which they do
AND the superconducting nanotubes are sheathed in a polymer to be cooled
AND current is volleyed back and forth between the two capacitors through a superconducting-at-room temperature nanotube in resonance with the phononic activity of the atoms in the polymer
THEN
Shouldn't we be able to achieve a type of cooling through a variant of the "many metronomes effect" by re-using the same electricity over and over again without introducing heat into the system, but instead, taking heat out of the system? This has the benefit of not violating the laws of Newtonian physics since we'd be taking energy out, not putting it in.
Your thoughts? Can I has Nobel now?
