Magnetic Resonance Devices based on Don Smith Concepts

[NdaClouDzzz]

Displacement current. He probably thought it was obvious to most.

[Cadman]

Few years back i had huge interest in this Don's device, sadly he never revealed how exactly he interrupted the field between two attracting magnets without rotor getting stuck.

Host in the video says it's enough to sprinkle little bit of neodymium dust on a vinyl record which is of course not true.

What has to be accomplished is to make the reluctance between the two generator magnets greater than the reluctance between the two poles of a single generator magnet. Generally this requires a relatively large area for the 'splitting' surface. This will 'split' the magnetic field formed by the two generator magnets together and each magnet will have its own field.

I tried placing 1cm thick neodymiums between bigger neodymiums it had no effect on the attraction of the two big magnets even when placed in opposition to them.

If the thin magnet in between has a face area not much bigger than the generator magnets, its field will be surrounded by the field of the bigger magnets without interrupting their combined field. It may distort the larger field though.

You can demonstrate this by taking a small magnet and pushing it against a larger repelling magnet. When the small magnet gets close it will suddenly attract to the center of the larger one.

Regards

[nix85]

What has to be accomplished is to make the reluctance between the two generator magnets greater than the reluctance between the two poles of a single generator magnet. Generally this requires a relatively large area for the 'splitting' surface. This will 'split' the magnetic field formed by the two generator magnets together and each magnet will have its own field.

No, it has to be the same so prime mover sees no difference.

If the thin magnet in between has a face area not much bigger than the generator magnets, its field will be surrounded by the field of the bigger magnets without interrupting their combined field. It may distort the larger field though.

You can demonstrate this by taking a small magnet and pushing it against a larger repelling magnet. When the small magnet gets close it will suddenly attract to the center of the larger one.

Regards

Of course, small magnet can be placed in the center of the bigger magnet north to north and they will attract cause outer field of the smaller magnet will be aligned with central field of the bigger one.

But it will not only distort the bigger feild, it will make it weaker to a small degree. They did precise measurements on this. Also big magnet can easily re-magnetize the smaller one, turn N into S but it also loses some of it's power.

https://www.youtube.com/watch?v=foOmZcl-MsA

Like i said, i played with big neodymium cylinders 4cm x 2cm and placed many 1cm neodymium cubes between them in all possible ways, zero perceptible shielding.

[nix85]

Interesting how repelling of same poles can be perfectly neutralized by piece of iron of exact thickness, so precisely that they stand few mm from the iron on each side and feel neither attracted nor repelled to/from iron or each other. One of approaches.

[NdaClouDzzz]

https://youtu.be/8DJAyiEvRys
https://youtu.be/eZuRb7z2jKA
https://www.gyroscope.com/d.asp?product=INVERTERMAGNET
https://youtu.be/QcACFnCm_zo