Proof of Overunity From Magnets Fixture, No Negative Work Aspect, LaFonte

[gammarayburst]

This is about as clear as it gets when demonstrating overunity with magnets. I have attached 4 drawings. I very much need someone to help me that can do a 3D rotating animation of this to help every one see the operation and aid the building process. I have tested this at home many many times over the years and posted video's on youtube of the Pseudo Solid effect. What was needed to make it work for a demonstration fixture is the angle cut on the end of the top bar that I show in the drawings. The operation is as follows.
1. The two magnets in the lower bar pull the upper bar down flush with it doing positive work with the force of the two NIB magnets, 1" by 1" cylinder grade 48.
2. One of the two magnets is now moved in Pseudo solid fashion to the top bar with no work to speak of. The magnet is floating with equal but opposite forces on both poles between the two side bars. There is a .003" air gap between the magnet ends and the bars slide surface. This air gap is filled in with a low friction plastic.
3. Now the two magnets can repel each other doing positive work because they are in two separate fixtures.
4. As the top bar repels up, the angle at it's end becomes flush with the bar surface.
5. Now you move the upper magnet down the path shown in pseudo solid fashion with no work to speak of.
6. The cycle repeats.
7. Converting the principle to a practical machine is just a matter of engineering.
Please someone help me with a 3D rotating animation so everyone can see this simple operation.
See attached
Thanks, Butch LaFonte

[norman6538]

Butch, good to see your post. I don't understand how the magnet in step 2 and 4 can easily
be moved because a magnet almost touching iron wants to stay where it is.

"2. One of the two magnets is now moved in Pseudo solid fashion to the top bar with no work
to speak of."    ( a magnet near metal will want to stay where it is ie not slide easily)

Norman

[gammarayburst]

Norman, it will slide so easy you could push it with a feather. Think of sliding a magnet down the side of a file cabinet with an air gap of .003" between the magnet and metal side. That is what I base the whole Pseudo Solid principle on. It won't grab on to anything till it gets to the end of the metal cabinet. There is no end with the bars in this. I have many video's showing this on youtube at the LaFonte Research and LaFonte Group site for 5 years now. Think of a magnet sliding down the front of your refrigerator door. The only reason it does not slide all the time is because of the friction between it and the door surface. Put an air gap of .003" between the two and watch it slide down like a rock being dropped.

Butch

[LibreEnergia]

Hardly a convincing demonstration of anything at all here.

No measurements of the actual forces involved,  No accounting for the fact that would need to be work input to lift the magnet up to counter its weight.

[norman6538]

Butch, I just took 3 different ceramic magnets on a 3x5 note card which is about .010 and
they all stick to the fridge. Does it have to be .003?

Norman