Mechanical Magnetic Torque Amplifier

[Allen Burgess]

New design

Attracting magnets of same polarity facing a gadolinium shield by their opposing ends, then heating the gadolinium above the currie point would allow the gadolinium to spring free unleashing the opposition force between the magnets.

I should have said "Opposing polarity" in the video: Look at the explosive force!

https://www.youtube.com/watch?v=GCrt5FwzPC4

[Allen Burgess]

Results.

Now it's clear. The gadolinium acts as a fully open "Flux Gate" above the Currie point.

Two gadolinium shielding discs on each end of a ferrite core inductor with Neo discs in opposition would generate full power when the temperature of the gadolinium shield discs increased over the CP.

The gadolinium attracts a permanent magnet but will not channel the flux like a laminated stator. It "Shunts" it.

[Allen Burgess]

500 Newton EM attraction to gadolinium cube

https://youtu.be/sWJzicbQ4ew

[Allen Burgess]

test report.

The gadolinium cube shields the electro-magnet field from magnetic objects while not attracting to it.

My bet now is that the knife blade will stick with the gadolinium in between above the gd currie point.

[Allen Burgess]

[Allen Burgess]

Cop

The serrated shield rotors are connected to a small motor perhaps a Bedini rotor. The few milliwatts it would take to speed the unimpeded shields up would result in inertial flywheel energy amplified and stored in the accelerating ferrite rotors.

[Allen Burgess]

mu metal substitute.

I researched mu metals on Youtube, and came across one where a guy fails to "Impulse magnetizes" a mu metal cleat from a hard drive.

This hints at the same relationship to electrical magnetization as the gadolinium. Mu metal is very cheap and abundant compared to gadolinium.

The mu metal must share the "Un-attraction and Shielding" characteristics of the gadolinium to the electro-magnet field. The discovery I just made should manifest itself in this same metal family alloy group.

[Allen Burgess]

Generator

How's this for a quick and dirty generator: Stack a gadolinium disk on a Peltier module and electro-magnet with a Neo magnet on top. Four layers, bottom to top; 1.-Electro-magnet 2.-Gadolinium disk 3.-Peltier module 4.-Neo disk.

Every time the gadolinium passed through the currie point the permanent magnet would generate current in the electro-magnet. Voila!

Connecting the Peltier Module to an Arduino and attaching a thermometer to the Gadolinium may empower us to "Flutter" the currie point and generate boundless electricity!

[Allen Burgess]

Mu metal substitute.

I just tested the Mu metal from an old hard drive I salvaged and it attracts the same to the electro-magnet as it does to the permanent magnet. Back to the drawing board. The quality is unique to the gadolinium so far.

[Allen Burgess]

New discovery.

I'm making major new "Quantum Leap" discoveries. The gadolinium cube generates voltage in the electro magnet with the Neo tube attached, and no attraction between the gadolinium and the electro-magnet. This is an awesome effect. This eliminates magnetic drag from magnet rotors.

The power is about the same as when attached to the laminated stator, but both the magnet and the gadolinium just slip right by, but the power appears anyway!

Think about it; A gadolinium shield covering the surface of a rotor magnet would eliminate any attraction but still generate power in the ferrite core output coil with no cogging. A result of "Magnetic Field refraction".

A gadolinium sleeve and "Skycolection" style rotor with two block magnets nested inside would work fine. This kind of output rotor would spin for free, generating power with it's hyper dimensioal field.

[Allen Burgess]

Shield motor design.

Here's an interesting design. Can any features of gadolinium improve it?

https://www.youtube.com/watch?v=tfs6fwNA9r0

[Allen Burgess]

1" Gadolinium cube, magnet and EM

Drawing the gadolinium cube with the magnet attached, across the electromagnet, generates voltage but no attraction between the gadolinium and the electro magnet:

Who would believe that the full 500 newtons of electromagnetic attraction strength from the coil would have zero effect on the gadolinium while it's exerting very powerful attraction from the Neo magnet!

[Allen Burgess]

This is a picture of gadolinium powder. This appears to be readily available online. I'm trying to order some now from "Stanford Advanced Materials". I plan to laminate my 3/4" diametric Neo tube with the Gd powder and bonding agent to see if I can manufacture a "Lenz Free" output spinner.

[Allen Burgess]

The simplest oscillator in the video runs at unity with the double throw loop switch and storage capacitor connected through diodes. The piston throw is too short to turn a crank shaft. The coil needs to be elongated and wrapped around a snug fitting tube. The work the rubber band does is the over unity coefficient in this generator. It can be replaced by a tiny flywheel.

The dividends from this motor generator appear when we add power. Any additional force delivered to the motor results in free power because the increased horsepower has zero expense.

https://www.youtube.com/watch?v=wM6H...em-uploademail

[Allen Burgess]

Solenoid video.

This video demonstrates the difference between an ironl and magnet solenoid core:

https://www.youtube.com/watch?v=om0yTP59nG4