Magnetic Levitation by Rotation

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Magnetic Levitation by Rotation

Magnetic Levitation by Rotation (2003) https://journals.aps.org/prapplied/abstract/10.1103/PhysRevApplied.20.044036

Magnetic Levitation by Rototation
https://arxiv.org/abs/2305.00812

When magnetic dipole align north. If the are laid next to each other NS and SN that makes a strong bond. For electrond and protons, protons and protons, protons and neutrons, even neutrons and neutrons those all occur. The 1/r Coulomb potential is repulsive for electrons but at close distance 1/r^3 magnetic attraction dominates.

But if you have (N S) (N S) (N S) chains, they can be stable. OR they can form closed chains like a hexagon chain

Since the smaller one is stable, you can add controls for its frequency and it can have its own smaller magnet that it rotationally levitates.

You can make synthetic rotation of the magnetic field and a magnet will think it is rotating. So Helmholex 3d coils can be used. OF you can monitor the precise geometry and dynamics of something and use arrays of dynamic magnets to control the field. The “trick” is doing it with measurement and models to know what wll happen. Then you have “gravitational engineeering” or “magnetic engineering” not toys. Through the best toys might be made by the best engineers because they will be reliable and have a wide range of behaviors.