All of the very high K superconductors (>100 K) are (IIRC) brittle ceramic compunds that could not be easily constructed into something of commercial use.
While Plutonium is "extremely radioactive and chemically toxic", it is just a base metal, not a compound. I am not to familiar with the metallic properties of Plutonium (malleability, brittleness, etc) but I would imagine that if one metal (even if it is trans-uranic) has high K properties like Plutonium, others may as well...
All of the very high K superconductors (>100 K) are (IIRC) brittle ceramic compunds that could not be easily constructed into something of commercial use.
While Plutonium is "extremely radioactive and chemically toxic", it is just a base metal, not a compound. I am not to familiar with the metallic properties of Plutonium (malleability, brittleness, etc) but I would imagine that if one metal (even if it is trans-uranic) has high K properties like Plutonium, others may as well...
Check out their article here. Unfortunately, no mention of peoples' hair igniting.
Actually, Tyler Harcort (Harcott ?) is Canadian... from Calgary, Alberta, to be specific