Temporal Poloidal Toroidal Accelerator Ring - Concept.

Sometimes you just want a little poloidal action on top of that toroidal action, a little torii inception. This design might fit both your toroidal your poloidal needs. This one is a little hard to explain, [and demonstrate] but if you followed along with my previous Toroidal rotation, you will get the gist if this one more easily.

Toroidal: [Horizontal Sphere Rotation].

Depending on how we wire up the inductor coil segments, we can move a metal ball inside the torus track poly directionally, meaning Clockwise, and Counter clockwise. All we need to do is have two circuits [two different connected segments] that we can stimulate on turns, or together at the same time but that will make the metal sphere behave differently. you could probably dictate where the ball should be kept held along the toroidal track, pointing to a specified cardinal direction, but lets keep talking rotation. But if we want a balance in forces of the spinning spherical masses, we should spin half the spheres clockwise, and the other half counter clockwise, to find a perfect balance in forces, the trick of gaining lift is in the timing of our push. push only when falling, not when climbing.

Temporal: If we divide between front and backside toroidal halves, and we stimulate the metal massive ball only when moving along the backside half [the opposite of the direction we want to go] of the torus, when the ball is moving forwards, [not being forced into a wall] it might create a asymmetric forward force, a mass displacement, or ush effect through asymmetric electric stimulation, where the larger diameter spherical mass it's rotational energy is given off into the total toroidal holder form. [including all the poloidal mounted toroid's].

if we electrically stimulate all radial induction segments the same time, there would be no acceleration of the craft, in any direction, it would remain stable in its location, as we apply equal electric motivation from all sides, but the ball would indeed start to gain excellent momentum in its place inside the track, gain enormous rotational energy, balling it all up, until release, when already balancing in the air through the balanced poloidal torii upward mass displacement. we can store energy in the rotation before releasing it towards a direction using the segments location, the balls location and momentum, as well as the wanted direction of the craft.

*if you check the provided example images, it might start to make more sense. im having a tough time as well here.

Poloidal: [Vertical centripetal and centrifugal sphere rotation].

The poloidal motion of a massive metal sphere can also be timed based on location of the sphere inside the toroidal track and direction of movement. half the poloidal spheres can spin inward, centripetally, and the other half of the metal massive spheres can spin outwards, centrifugally, together finding a balance in the moving masses total. i have color coded the locations where you should apply the electric voltage, if the sphere is there. If we also divide between top and bottom poloidal halves, and we stimulate the metal massive ball only when along the bottom half of the torus, when the ball is falling [freely], [not climbing up a wall] it might create a asymmetric upward force. a combined, balanced asymmetric lift effect where the energy is given off into the total toroidal holder form.

i have added the red and blue colored strips for the timing of the induction to gain effect. the inner blue side is when the ball moves up, the red strip is when the ball is falling [down], and giving off most its rotational energy into the wall after a push during red. A glass outer shell that contains the entire contraption in a good tight fit, could make it completely water proof, allowing for testing when floating safely, experiment without endangering the components inside. See if it will lift, see if it will move forwards and backwards, if your timing and coil segment placement are correct.

There are only 6 different, simple original parts needed, to be printed multiple times. The concept is without real scale but now is 15 cm in diameter abouts.

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