Demo- Neutralizing the Gate.

[Ufopolitics]

Here's a video of what I am studying now..  Highly related..  There might be a way to make a self-runner with this magnetic domain flipping

Hello Floodrod,

Interesting development!!

If you were able to short that output and RPM's only diminish a few, like 75, I believe you do have something there worth to keep going!

I am also doing a similar approach, related to a self-runner magnet motor, however, after a long process of development, I have found out that the more you 'fraction' the static magnets the better.
Before I have posted here to add magnets into a half circumference N and another for South...it does not work that way.

So, I am testing now a small center stator with Four N-S-N-S formation, as also on outer stator.
This way the rotor will have Eight steel bars, and I believe this way the cogging would be greatly reduced, because steel would try between N-S Polarities.

On another note, please feel free to add your Forum link here, mooker.com and direct it to your latest Topic Development.

After all, we are on the same boat, pursuing the same exact goals and interests...so may as well share and join all Forums.

If you want me to, I will add your Forum on the header where the words of Stefan are...or in our News Section.

Anyways, post freely your Topic links at your Forum here.

Regards

Ufopolitics
 

[floodrod]

UFO-

Yeah man..  I would like to exchange links.  Neither of us are doing this for fame or fortune.  Just to uplift the world.  I will PM you later tonight.

So yes, I am still working on that generator idea.  I tried a few configurations and I am honing in on important aspects that aren't apparent at first glance..  And I have more large magnets ordered to build better.

The self-spinner idea is at a standstill..  A Literal stand still  LOL..  Some piece is missing that is preventing it from doing what a universal motor does.    As you know, a universal motor uses coils to magnetize the core, and the magnetized core is constantly trying to align with the field magnets but never can.  Like a dog chasing his own tail..  

A universal motor spins even without curved arc magnets.  I can place any magnet near the armature of a universal rotor and it spins.  So the question,  how do we use permanent magnets to magnetize the core instead of coils?  I tried magnetizing the core from the outside between 2 ring magnets, and from the inside.  Neither work..  But I can fully verify the armature is indeed magnetized..  It just won't chase itself around..

[floodrod]

Here is the other one I built..  A ferrite toroid sandwiched between 2 ring magnets.  The ferrite toroid gets polarized diametrically with a blotch wall between the ring magnets.  The ferrite sticks slightly past the outer walls of the ring magnets.

Again- I held a field magnet in all positions and it won't spin..

[Ufopolitics]

[...]
So the question,  how do we use permanent magnets to magnetize the core instead of coils? 

Hello Floodrod,

Great! let's do that (link Forums)

Now, related to your question above...

If you get a piece of steel close enough to any magnetic pole, it is an immediate reaction that pole will extend to the steel piece.
Meaning, if the steel piece gets closer to a South, it will become that South 'extended'...same with North, as the 'change' this swap takes (from S to N) are nano seconds.

Now, the trick we need to overcome is that the attraction between magnet and steel would NOT BE Stronger than the Repulsion we achieve by a second magnet of same pole approach.

So, first, that 'piece of steel' needs NOT to be connected -or be part of- any other steel on the surrounding area.
As it also depends on the MASS-VOLUME of this piece of steel...it can NOT be bigger than magnet pole...or too small that the repulsion force would not do the effect.

In my setup, all magnets are stationary, only the steel rotor spins, made of separated pieces and mounted on either a plastic or any other nonferrous metal drum also having the shaft.

It looks complicated but it is not, it does need to have patience testing different pieces of steel mass shapes.

I am building a very small motor, with rectangular N52 magnets which are 1 inch length by 1/8 thickness and 1/4 wide.

On another note...the magnetic Field can NOT be too wide, so, here the Arcs are out of this, but a very slim, narrow shape, so it acts precisely on an also thin steel bar of same length.

On the experimental side...having the rotor freely spinning with the inner magnets on and secured on a flat platform, by approaching close enough a repulse pole related to inner stator magnet...You should feel the repulsion force GREATER than an attraction to the steel bar.

I am still making parts on the lathe...but as soon as I have it, I will post it here.

Take care

Ufopolitics

[floodrod]

I'm watching to see if you crack it..

I just want to add this though..  Metal near a magnet will not always induce the same polarity as the magnet.  It depends which side the magnet is on..

The side closest to the magnet turns the OPPOSITE polarity as the magnet.  And the FAR side turns the same polarity as the magnet. 

I can demonstrate conclusive proof of this with scope shots if needed.