Fanner/Pseudo Solid Technology combined for overunity, LaFonte Group

[gammarayburst]

See attached drawings,

  There are two elements #1 and #2

#1 is a series of thin ( 1/4") disks all pressed together to form a Pseudo solid round iron bar.

#1 is pulled into the stator field and the disks are allowed to separate due to the fanner effect.

#2 is a series of 1/4" disks that are pulled into the spaces between the #1 disks.

#1 is now a solid Pseudo Solid and can be removed with no greater work than work done pulling it in when it was a Pseudo Solid.

Butch

[gammarayburst]

See attached, the bars ends never are in the stator magnetic field or try to leave the field.
Butch LaFonte

[broli]

That's a bit of an hard one to accept readily. Because what would prevent the forces, causing the fanning effect, to push back on the elements you want to insert in between. I'm a bit double sided on this one, only an experiment can show the truth. Am I wrong to assume that you don't need all those separate element but two main blocks and one to slide in between should have the same effect? Then you would only need to show that the block indeed jumps in effortlessly.

[gammarayburst]

That's a bit of an hard one to accept readily. Because what would prevent the forces, causing the fanning effect, to push back on the elements you want to insert in between. I'm a bit double sided on this one, only an experiment can show the truth. Am I wrong to assume that you don't need all those separate element but two main blocks and one to slide in between should have the same effect? Then you would only need to show that the block indeed jumps in effortlessly.

We have had a video on our Youtube site for 6 months showing the element being pulled in between two elements that are in repulsion.
Butch

[broli]

We have had a video on our Youtube site for 6 months showing the element being pulled in between two elements that are in repulsion.
Butch

Can you link me to this video please.