So, IF gravity is result of the precession of an axially rotating magnetic field, how can we prove this?
Well, it can be done mechanically, or electrically. Eectrically is as complex as the AVEC (spherics) TPU, so let's look at mechanical solutions.
You could just make a top out of a magnet and spin it, but any effect, if there even is one, is likely so small that it is not detectable. There is a law in the GFT that gives the force of the gravity-like field and it is based on the rotational speed, the strength of the magne, and strength of the force producing the precession. In the case of a spinning top, the rotational speed is slow, the magnet is small, and the force producing he precession is gravity (also kinda weak). We can't replace the force of gravity with another magnetic field because the top is free to flip round and align with the other field. Might get something with a gram scale, and a pull-string top with a magnet added.
We could drive a magnet on a shaft, but it needs to be able to precess, so we'll need a spherical bearing. To drive hrough the spherical bearing requires modifiying it to pin the inner race to the outer race, and a slot inside the inner race. Then the driveshaft has to slide apart to allow it to rise up, else we have the weigh the whole thing and the motor makes that a problem. We can add a magnetic feld via a coil outside for the force to replace gravity. This will work as proof of concept.
Doing it electrically opens the door for many possibilities, and for focusing of the field.
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