J
Jamie M
Hi,
Do any types of superconductors maintain zero electrical resistance
as the AC frequency goes up? I was thinking about applications using
superconducting plasmonic diodes like the ones on this page for solar
panels:
http://phys.org/news/2013-02-patented-technique-key-solar-power.html
Would it be possible for a superconductor to efficiently conduct THz and
higher frequencies, I guess the current density will go up as the
electrons get compressed on the surface, is that the limiting factor?
Also is there a type of superconductor that only is superconductive on
the surface, similar to how a topological insulator only conducts
electricity on its surface?
cheers,
Jamie
Do any types of superconductors maintain zero electrical resistance
as the AC frequency goes up? I was thinking about applications using
superconducting plasmonic diodes like the ones on this page for solar
panels:
http://phys.org/news/2013-02-patented-technique-key-solar-power.html
Would it be possible for a superconductor to efficiently conduct THz and
higher frequencies, I guess the current density will go up as the
electrons get compressed on the surface, is that the limiting factor?
Also is there a type of superconductor that only is superconductive on
the surface, similar to how a topological insulator only conducts
electricity on its surface?
cheers,
Jamie