Great video.. a thread on it's own I reckon...thanks
This was a video that I wished everyone was familiar with. When you remove heat, the automatic reaction is for the properties of magnetism to become enhanced. This does not always induce a single pole, but multiple depending on the material used.
The tendency of the time factor that produces magnetism, is to demand that matter has a specific manner of relating to its environment, and that it also has a specific position in space - effectually a type of inertia or mass.
The super conductor is only a mild bias towards the time factor, and so it will behave more rigidly, in the way it is placed etc.
In the extreme, it will not move at all, but if it 'decides' to move, normal surrounding matter will provide no resistence.
While magnetism is related to the time factor, heat is related to the space factor, and the two are balanced to whatever attitude in all matter.
I do not understand your point zero theory, but I will one of these days.
QQ, I'd have to agree with Alphanumerics and others comments, because it seems to me that you cannot justify your impressions with basic physics, that apply to matter.
But I can identify where you are coming from. You seem to have an artistic mind that marries images and tries to find correlations, its a good ability among others you have.
After going over your notes again, are you implying that the universe is in motion because of something that is acting as less than nothing?
If that is the case you are correct, but that involves an understanding of how matter exists, and you can no longer rely on measuring it by what physics defines.
The universe, contrary to popular opinion, exists on a slight negative pressure. That condition provides a playing field of freedom, in a similar way that a river won't flow until it has somewhere to go.
The BB universe will run out of that movement. But, I don't think the universe will run out of that movement, because both positive and negative pressure is used in maintaining it, with the negative slightly greater.