Oscillating sine wave LC tank magnet motor.

[synchro1]

 A diametric tube magnet on bearings, powered by a string and drop weight off an attached pulley, will clock a spin time. Add a second spinner with the same pulley and drop weight next to it and start them together. How does the spin time of the two adjacent magnets compare to the spin rate of just one?

This test can only produce one of three results: The tandem spinners will, 1.- Spin longer; 2.- The same rate, or; 3.- Slower then the single tube. Which answer would you choose?

The second test involves spinning the two adjacent tubes with the string weights simultaneously, then slowing one with finger friction to see what kind of effect that has on the spin rate of it's twin!

What test results would you choose? The sister magnet spin rate will; 1.- Slow down; 2.-Speed up , or; 3.-remain unchanged.

Extended spin time of two tube magnets spinning longer side by side would amount to "free energy" compared to the slower spin rate of one tube, right?

[synchro1]

Self propulsive "Hatem Magic" video:

https://www.youtube.com/watch?v=KJHlwJ1gsms

Watch "Hatem" multiply power with magnetic cogging:

https://www.youtube.com/watch?v=3UJZ9hDQnyA

Hatem has one motor and four satellite alternators. What happens when he places one of these satellite alternators under load, and the magnet rotor begins to slow down from the "Lenz Drag"? Does the prime mover feel any drag effect back from the slowing alternator magnet rotor?

This rule of magnets should appear in bold strike on the first page of every physics text book, but is hardly ever recognized. The power rotor can only effect the forward motion of the satellites and vice versa. The satellite rotors can not effect the power rotor in the reverse direction and slow it down! Like a spring cog on a clock gear!

This is also the operating magic behind the Chaniotakis OU COP results with his "Elemen" motor. The power rotor acts like a "Spring Cog" and instantly and completely "Declutches" the satellites when they slow down from drag. This delivers "Zero Lenz Drag" back on the power rotor. The load can't possibly raise the input.

[tagor]

Self propulsive "Hatem Magic" video:

Watch "Hatem" multiply power with magnetic cogging:

https://www.youtube.com/watch?v=3UJZ9hDQnyA

sorry but the  "Hatem Magic" does not work but she under multiply power easely

[synchro1]

sorry but the  "Hatem Magic" does not work but she under multiply power easely

@Tagor,

Let's say Hatem magnetically coupled an additional 15 alternator rotors on top of his existing 4. Do you think his power motor would draw additional input? What if someone were to tell you that the input would drop?

[synchro1]

A simple way to test Hatem's cogging method would involve 3 magnet spheres and three toroid coils. All three coils would need a power circuit, but the outer two would flop over for output when their satellite spheres were up to speed and driven by the center sphere's magnetic coupling alone.

The satellites may speed up over CMF and propel the central rotor with "Lenz Reverse" acceleration and deliver a drop in input when the load's connected.