Magnetic OU principle, You should really take a look at this !

[4Tesla]

The animation is of using permanent magnets?  The TPU idea is cool, but for this application (separating plates) I think it has to be with permanent magnets as the power it would take to create a strong magnetic field to separate the plates or washers would be more than could be generated.  Looking forward to seeing your latest designs and animation.

Jason

[derricka]

I have been able to confirm the basic "Separation" effect using Ferrite beads instead of washers.
I slipped 4 beads onto a carbon fiber rod and brought the rod between two attracting ceramic magnets, 1/2 inch gap.
The bead stack expanded from 19mm to 28mm when brought between the magnets.

The beads I used fit the rod perfectly, slid very easily with virtually no wiggle.  I won't be able to test energy ratios
or  if "OU" until I build some kind of real rig.


Parts Used
4 Ferrite beads Part #FB-43-2401 from Amidon Associates CA USA
1 Carbon Fiber Rod .198" (4.98mm)  X 24" Midwest Products
2 Ceramic Magnets 47x22x9 mm  Home Depot
2 small 1/4 inch thick pieces of acrylic used as magnet spacer for clamp
1 Small C-clamp 3" inner jaw, cast iron

[4Tesla]

  Thanks for sharing this.. very cool!

Jason

[AlgoryThm]

You guys are unbelievable! I'm reading this forum for a long time now and the only thing I have to say is a big "CONGRATULATIONS" to everybody that tried hard to offer free energy to the world! Also, the latest news about OU are astonishing! 50:1??!! Keep up the good work, I wish you the best!

[Butch]

One drawing below is phase one, the other, phase two. In phase one allow the horseshoe magnet to center along side the steel elements and keep the elements in the locked position. Slide the counter weight in very small increments out along the lever bar till the horseshoe magnet breaks free. Mark the position of the counter weight.
Now as shown in phase two, do the exact same thing except allow the moving elements to separate first before moving the counter weight.
Now compare and see if it took the same amount of force to separate the horseshoe magnet when the washers are together and when they are separated.
Is the force needed more when the elements are separated? Is the force less when the elements are separated? Is the force needed the same in both phase one and phase two?
Record the distance moved by the horseshoe magnet to the break away point in both phases.
Remember the plastic washers had work done on them when they were moved by the separating elements.
Repeat the test five times.
If the work needed in phase one and two to remove the horseshoe magnet was the same or the work done in phase two removing the horse magnet was less, then the system is overunity.
There are many other points to consider here, but this is a good point to start at to see if there is clear, significant overunity going on.
Thanks,
Butch