point-sourced Fractal electromagnetic field
Hey Markoul
Nice that you got fascinated by ferroliquid.
It seems to me that ferroliquid shows the fractal aspect of magnetism.
In your video above you can see that the closer the magnet to the ferroliquid, the more spikes you see, the further he moves it away, the less spikes there are. from 19.20min to 19.35min
The closer to the bloch wall, the more spikes.
When you use a super strong magnet, you can see that there is a cone forming on top of the larger size cone. A clear energy transition, with pattern repetition!
Pointsource polarization into a line (2D Blochwall) that can be further polarized into 3D magnetism (3D sphere/toroid).
Hey Markoul
Nice that you got fascinated by ferroliquid.
It seems to me that ferroliquid shows the fractal aspect of magnetism.
In your video above you can see that the closer the magnet to the ferroliquid, the more spikes you see, the further he moves it away, the less spikes there are. from 19.20min to 19.35min
The closer to the bloch wall, the more spikes.
When you use a super strong magnet, you can see that there is a cone forming on top of the larger size cone. A clear energy transition, with pattern repetition!
Pointsource polarization into a line (2D Blochwall) that can be further polarized into 3D magnetism (3D sphere/toroid).
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