zerotensor's coil project

[zerotensor]

Here is a blown-up version of the graph, in which it should be easier to distinguish the two components.  Blue is the z-component (up-down) and red is the y-component (into and out of the page).

[tinu]

May I also enjoy the ride?

Hopf fibration is beyond my skills but maybe I can follow it. For now, I however fail to see a potential practical connection (ref 'interesting properties') between electron model and toroidal coil. Is it the potential well you envisage as giving hope or something else (i.e. singularities)? Can you detail on it in the available time? Also, it is not clear for me if you aim toward a superconducting coil or a regular one.

The topics look very promising.
Thanks for sharing it with us,
Tinu

[Schpankme]

I am planning to build a special coil of my own design, one that I believe will have some remarkable properties.

Hi zerotensor,

Can you please give a descriptive of the size, and configuration of the coil discussed ?

Thank you,

- Schpankme

[zerotensor]

May I also enjoy the ride?

Hopf fibration is beyond my skills but maybe I can follow it. For now, I however fail to see a potential practical connection (ref 'interesting properties') between electron model and toroidal coil. Is it the potential well you envisage as giving hope or something else (i.e. singularities)? Can you detail on it in the available time? Also, it is not clear for me if you aim toward a superconducting coil or a regular one.

The topics look very promising.
Thanks for sharing it with us,
Tinu

As to why I think that this coil geometry might produce something unusual, in the end, it's just a hunch.  But a good, educated hunch, I think.  I like the idea of taking a whole bunch of electrons and making them dance together as one giant electron. That's what happens inside a superconductor, as the wavefunctions of the electrons cohere and spread out across the entire material.  Magnetic flux is quantized inside a superconductor, and manifests itself as toroidal vortices of supercurrent within the material.  What would happen if we confined the flow of electrons to this primal, underlying geometry with a specially-designed coil?  I want to find out.

I would love to work with superconductors, but I think I'll try copper at room temperature first (unless some superconducting wire should happen to fall off a truck) ...

[supersam]

@zero,

if that is your'e question then steven mark has already answered it. it is eltecro magnetics of the earth.  what part of that do you not understand?

lol
sam