Truth: Permanent Magnet Motor Using Magnetic Repulsion. Inventor's idea and what does really happen?

First: thank you and congratulations on the video, this is absolutely fantastic - the analogy of a gravity well for a magnetic field is really intuitive, at least for me. But one thing: you forgot the magnets on the sides of the roller. - they're only there for one period of the process - perhaps their presence in conjunction with the large permanent magnet would be enough to provide this extra kick to get over that hump?

Simple solution to that is an "hopper" on the wheel, wich pushes back the magnet from the rail, meanwhile inertia of the wheels movement turns the wheel (with no big magnet in the interacting distance from the rail) further and than the big magnet get returned (possibility to use a spring, or another self-return mechanism), and proceeds from the starting part of the rail, till it reaches almost the end and will get pushed back again. That will make the magnet "jump" over the area, where end and start of the rail reaches each other, and where (as in only part of the rail) is the movement stopped.

I think that if you include a fly wheel in the rotor axe you will overcome the repulsion forces that are stopping the system, and the extra kinect energy may maintain and feed the rotation.

hi, thank you so much - it helps a lot in learning - for simulation of magnets what is the software you used? .. simulation looks awesome.

Thank you for this wonderful work and simplified explanation. But if we changed this design, arranged the magnets in other ways, and did some experiments, might it work? What do you think?

Great simulation. Appreciate your good work👍

This was great. I would like to see you discuss various designs of permanent magnet motors the same way. Are there any that get better results? Perhaps closer to '"self running" than this one? To be fair the design of this motor is not very good but as a first iteration or initial prototype, the lessons learned could be applied to the design of something better.

Would it behave the same at the nanometer scale? Thanks

Very good video I'm very happy that your channel is becoming more and more popular meanwhile already 2.35 k subscribers and another little tip you can link your second channel in your description of the channel. Also, please always provide us with new videos 👍

What if you used the weight of the ball and gravity to make up for the overlap? Or maybe a spring that kicks the ball forward using the gravity of the ball dropping and compressing the spring causing it to lift enough to compensate for the strong energy?

Posso colocar um link de um gerador usando esse princípio que está sendo comercializado para sua avaliação.

if you put a small motor to make a movement of the big magnet back and front , and after the ignition power the small motor from the movement of the weel it will be infinite?

A mechanism must pull the repulser magnet away from the barrel where the fields overlap, then it will work. It is also possible to conceive of a counter weight that overcomes the barrier.

Would it be possible to pulse energy to make it go over the "hill" and continue it's roll again?

Thank you for the video, Though I had a thought. Suppose you added a variable fly wheel? Springs to keep it tucked in, and as centrifugal force increase, weights shift outward. This should help the wheel pass the moment of magnetic resistance

What if you connect a nonmagnetic wieght inside the roller ,at the point where it's stop???

A truly excellent visualization and explanation. Most impressed. FYI, another way to arrive at the same proof is to mathematically compute the magnetic force vectors at each position through the rotation, then take the differentials (ie. force gradients). They sum to exactly zero which proves beyond doubt that this system will encounter a huge barrier force at the next rotational cycle around the diverging loop of magnets, and therefore will NOT continue to accelerate to produce free energy.... unfortunately !

Yeah , but , can you put wire windings on the other side where the very large magnets on the outside are to actually generate usable electricity ?

I'm trying to join 20 disc magnets (no hole) opposing. Coin size. I'm trying take but it's proving difficult. Any suggestions? Thanks A

HEY do u think you could use ferrofluid in a motor or as a motor?