The magnetic vortex rings can use to make the virtual magnetic accelerators.

The magnetic vortex rings can use to make the virtual magnetic accelerators.

If someday the magnetic vortex rings can form in the ionized gas that vortex can be used in many things. The magnetic vortex rings, which are formed in ionized liquid or gas can be useful in nanotechnology. The magnetic vortex rings can collect iron or some other parts, which are affecting by the magnetic field to a certain form. So that thing allows putting the atom-sized particles in the right point.

The magnetic vortex rings are very interesting things, which can be useful for many purposes. Those magnetic rings are forming in the magnetic micropillar, which is made by using cobalt. But if the magnetic vortex rings can probably use in the virtualization of the structures. In this case, the magnetic rings are creating inside the ion pillar, which makes it possible to create a new type of magnetic accelerator, which is very thick but also effective.

If those magnetic rings can form inside the CERN's Hadron accelerator, that thing could get greater accuracy than ever before. But what if we could create those magnetic rings in the ionized gas that is at some chamber, or maybe benefit the natural plasma of the space?

The virtual magnetic accelerator can use to put the ionized molecules in the right places. The magnetic ring can hover above the layer, and the system can shoot the ions to the targeted point of the layer, which allows making new and smaller nanotechnical structures like microprocessors.

In that case, the row of those magnetic rings are put in the ion structure, and the ions can make the magnetic accelerator, which is the series of those magnetic rings. If researchers can someday create those magnetic rings in the natural plasma that would open new roads for nanotechnology and particle research.

But that thing requires a little bit more research than some model. Theoretically, there are no limits to the structure that is created by using the ring-shaped magnetic field. And that thing makes those systems very interesting, as I wrote at the beginning.

https://scitechdaily.com/hidden-beauty-first-experimental-observation-of-three-dimensional-magnetic-vortex-rings/

https://www.researchgate.net/figure/Magnified-snaphots-of-vortex-structures-a-Without-magnetic-field-00-T-b-With_fig7_324695710

Image: https://www.researchgate.net/figure/Magnified-snaphots-of-vortex-structures-a-Without-magnetic-field-00-T-b-With_fig7_324695710

https://curiosityanddarkmatter.home.blog/2020/12/04/the-magnetic-vortex-rings-can-use-to-make-the-virtual-magnetic-accelerators/

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