Magnetic flux motor just patented that creates it's own electricity!

[stivep]

claimed gain mechanism !
His "proof of concept  video"... makes gain claims directly attributed to this patented center mechanism  .
Chet K

He only presented cogging in his video.
This is not the proof of concept of extracting energy from a magnet .

because magnets do not contain energy.!!!

look here:
https://engineering.mit.edu/engage/ask-an-engineer/why-cant-magnetism-be-used-as-a-source-of-energy/
Zero
Zipo
None

Wesley

[r2fpl]

ok, stivep

I think we can use the motor stator by removing every second pole or find a stator with fewer fields less.
I've noticed the jump before in another project but it was ordinary magnets on both sides only.

[stivep]

ok, stivep

I think we can use the motor stator by removing every second pole or find a stator with fewer fields less.
I've noticed the jump before in another project but it was ordinary magnets on both sides only.

Yes we can.
But there  is no gain in cogging.
It might be some energy saving if any but I doubt it .
Wesley

[SolarLab]

  e = m x C²  where: e is energy, m is mass and "c" is velocity (acceleration) per second squared,

amount of energy transfered relates directly to the density of lines of flux present,

kinetic energy formula is helpful in establishing the amount of energy present, 

the formula squares the velocity times the mass,

the acceleration increase is non-linear (sudden cog release), and obeys the Law of Squares,

e.g.: 1, 4, 16, etc. - the faster the release of energy (the cog release) the more power is created,

the Law of Squares (d?/dt),  potential energy build-up (cog hold-off) , sudden release
(holding energy is overcome), rapid move to the next position (cog again) yields a square
of the initial potential energy built-up, a.k.a. kinetic.

The more times you use the Law of Squares per time (c² per seconds x RPM), the more
kinetic energy is produced.

This is also valid for electrical (pulsed) systems; (dv/dt - di/dt, etc.), internal combustion engines,
water hammer, pounding nails, jack-hammering concrete, driving piles, and so forth.

Synchronization is also required to sustain the process and gain from the bennefits.

[stivep]

..

Simple logic:
The shaft is driven by 10W motor
- how much energy  is used ~ on cogging?
- how much energy you have left at output of the device that is driving a load x =10W
Do you see any gain there or you see the losses? 
_{Will you provide your answer  or you rather not?}
Wesley