A Theoretical Model Of The Duality Of Motion And Gravity

A theoretical model of the duality of motion and gravity If you have read an interactions of motion, gravity and its effects on mass You may be interested in this theory I have been studying levitation magnetic plates made out of pyrolytic graphite. It is amazing to me how they use two levitation diamagnetic plates to suspend a third magnet between the two plates. Two interacting diamagnetic forces suspending a third. It is interesting to note that diamagnetic plates repel either polarity of the third magnet. The magnetic block that is in a state of suspension. On earth gravity would effect the position of the blocks suspension. I will ignore this factor for the sake of easier discussion. The suspended block is balanced between two forces. The plates have a tendency to repel either magnetic pole. My theory is: If the magnetic block is attached to a lever with a proper tension ratio in relation to the plate magnetic strengths, and the lever was flexible relative to the tension ratio, what would happen if a force was applied to the block attached to the tension lever? Would its mass support a continued motion of vibration? Or would it find its balance? Two questions. One more, if the block has a tendency to find its balance: how much time would it take for this balance to be achieved? Would the force to place the block in motion be equal to its force to re-achieve balance? There will be four forces at work interacting with one another. The two magnetic plates, the magnetic block and the tension of the lever. Also there will be a vibrating motion with the mass reacting in duality with the magnetic plates. As it travels further from on magnetic plate the block is approaching the other magnetic plate. I am currently wondering if anyone has performed such an experiment and if you would be so inclined to share any information about it. Contact me on this site if you wish to discuss this.