For actual flux pinning, the first thing you would do is show what happens if you put the thing upside down. It should stick. Even if it does not, you would show that it does not.
So what I'm saying is that even if it's reasonable to deduce that this supposed magnet is being suspended from a string, it doesn't look like it is. If it is fake, it's a well-done illusion not a shoddy illusion.
In all likelyhood, your answer would be: Yes, it does.
It's clear however that a lot of us (myself included) don't want to see a speck of dirt on a string. They want to see history in the making.
I have no idea what I’m talking about, but in other flux pinning demonstrations the sample seems to oscillate around the fixed point. That smooth settling looks like some sort of damping, like maybe a force that increases with distance, like maybe spring tension.
(Of course, “we have no idea” is an acceptable answer if that turns out to be the case.)
> (Of course, “we have no idea” is an acceptable answer if that turns out to be the case.)
Of course.
(FWIW I’m thrilled about the possibility of a rtrp drop this year, and I have to assume 'pera is as well. But this video doesn’t look just like flux pinning we’ve seen before. It’s visibly a little different in a way that wants explanation. I wouldn’t come out the gate calling it a hoax, but I’d feel better about not doing that if the basis for skepticism were at least acknowledged.)
If I had a magnet that was much bigger than the superconductor it would look even more similar (less 'pivoty').