Minimal hop experiment and slip stick experiment.

I've decided to repeat my minimal hop experiment. I have built more accurate experimental set. I plan to connect the set to transformer which will be connected to home electricity net 230V 50 Hz. I will have an ability to control the gap in the system by application of brass or plastic washers in the case the gap would be too large for 50 Hz. I was trying to apply the square wave generator but after several seconds of working it was burned down. Within this term the system was tended to work correct, but with less force than I was predicted. The result was insufficient, so I decided to use a transformer, but I must accept the fact that I will not have an opportunity to control the work frequency of the system as I had in the case of the generator use. If the system will fall in correct vibration frequency it should loose half of its weight in each upper phase and gain 1,5 weights in every lower phase. Anyway, it should be able to move on table in vibrations. It should not levitate or something like that. It should move on vibration cushion. This system works only on single jump, but the magnet should fall after each up aimed movement. I will consider delivering the energy from a large condenser as a one-time discharge system, so I will obtain more energy in just one jump instead of application of vibrations obtained from application of transformer. However, this system needs underneath surface for take-off. I will be trying to make this system more independent. Maybe if I will manage to put together two such a systems, one on the upper side and the second on the bottom with equal the mass of permanent magnets, but on top I will mount a spring, so the one coil will be repeal and attract the magnets with respect to their polarization, so the system will be balanced but only according the mass, not a force which will be asymmetric thanks to application of short spring.  

Previous version video.

And this is another failed experiment I've conducted and if there is any upward force it is too weak to make a lift off the desk. So, this approach is incorrect due to wrong assumption that the system will be working right but in fact this system needs another material solution and some more advanced electronic control.  

Centrifugal force manipulation using magnetic field.

I want to present magnetic force system which is predicted to change centrifugal force distribution with respect to direction of the device. This magnetic system is based on application of strong electromagnets which are mechanically joined with centrally located cross-shaped rotor and they are rotating with this rotor. The masses which are mounted on each arm of the central rotor have ability to move in its axis and in bottom position are retracted to the center of the system using magnetic attraction from electromagnets each time they are passing on lowest position of the device. This device doesn't need any external rim due to magnetic control of the system and escape prevention by using special construction of those masses and ends of the cross-shaped rotor. If the mass is passing in highest hemisphere of rotation it is on highest extension from the center, so centrifugal force is stronger than in bottom position. The masses are rotating fast in one direction, so they are changing with itself by positions. The electric current needed to electromagnets is delivered by commutator located on the main axis of rotation and each time the mass is on the bottom position is turning on to supply the bottom electromagnet. 

This simple drawing showing centrifugal force manipulation using magnetic field from electromagnets to make change in bottom position of mass (the mass is closer to center of rotation thanks attraction from electromagnets and extend more on the top, side masses don't matter).

System is mounted on external ring, and in a half a distance of this ring there is central shaft with ball bearings and with rotor. System is thought in such a way that should be working with high speed and with powerful electromagnets. This will allow to prevent the system from desynchronization due to centrifugal force, which is naturally stronger with greater speed of rotation. So, application of strong electromagnets is needed. If to applicate too weak electromagnets there could be such a situation that, due to centrifugal force, the electromagnets will not manage to retract bottom mass, so the system would be symmetrical in every direction ant that would mean that no result force would be generated. 

Old concept.