I'll Just Leave This Here
No.13116908 ViewReplyOriginalReport
Quoted By: >>13117093 >>13117104 >>13117226 >>13117269 >>13117423 >>13117450
This is simple enough, I trust I don't need to diagram it.
You know how bi-layer 1.1 graphene that superconducts as high as 1.7K?
Have they tried surrounding the nanotubes (except the open ends, of course) with high-pressure air? Just regular old, high pressure air, almost to the point of becoming a liquid? My thinking is that the charge density waves are maintained by what amounts to a piezoelectric effect. If this is the case, shouldn't increasing ambient pressure facilitate CDW stability at even higher temperatures?
You know how bi-layer 1.1 graphene that superconducts as high as 1.7K?
Have they tried surrounding the nanotubes (except the open ends, of course) with high-pressure air? Just regular old, high pressure air, almost to the point of becoming a liquid? My thinking is that the charge density waves are maintained by what amounts to a piezoelectric effect. If this is the case, shouldn't increasing ambient pressure facilitate CDW stability at even higher temperatures?
