Gadolinium Magnet Generator.

[synchro1]

Wouldn't the system find its place on its own?  It's entering the field, warming as it passes thru, cooling and then exiting the field cooler than when it entered. This is key because if it does not behave this way then it's just another dead end.

But if it does work this way, then as has already been pointed out it is inherently OU.

Correct me if I'm wrong - exposing gadolinium to a magnetic field causes it to heat. That in itself is OU is it not?

@ekimtoor1,

Quote from Wikipedia:

"Gadolinium's temperature increases when it enters certain magnetic fields. When it leaves the magnetic field, the temperature drops".

Adiabatic heating steals internal heat from the material that is usually replaced from the surrounding warmth. This factors out to zero by itself and is not overunity. When the magnetic field is removed, "the temperature drops as the domains absorb the thermal energy to perform their reorientation".

[synchro1]

One might think that because the heating is already applied in the correct direction to the curie point. But then some heat will get lost and when it leaves the magnetic field it will drop to a colder temperature and attract back to the magnet.
Spacing thin sheets could reduce the mass and required heat to make the change while increasing the magnetic attraction.
Like a stack of washers spaced apart has greater attraction than when held together as a solid.

@lumen,

You're right about the cooled Gadolinium attracting back to the "Permanent Magnets". The radiator fins would have to extend forward to conserve the heat in the rotor stud until it passed away from the PM field attraction. A pair of light bulbs might be needed to help right at that point. This is precisely the point where Meir Alfasi is injecting the hot water stream in his video.

Perhaps you're right about reducing the mass and the washer effect! Good thinking.

[synchro1]

Two five layer cakes of thin soft iron sheets separated by electrical insulating tape for magnetic shielding on the exit side of the "Permanent Magnets" may be all it takes to get it to work.

"This multilayer system of soft iron sheets only need to be separated from each other by a nonconducting material,
like plastic or epoxy. This shield system is used by scientists when experiments are needed to be performed under
conditions unaffected by any magnetic field, including Earths magnetic field.

A five layer of separate soft iron sheets shields from exposure of Earths magnetic field to a degree of 1/1500".

It would also help to angle the cylinder magnets toward the entering rotor stud.

[synchro1]

Here's a video demonstrating the 100% effectiveness of a magnetic shield:

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

The zero input "Gadolinium Magnet Motor" would run best in a temperature controlled box. The heat released from the MCE would naturally rise to the top through convection and re-heat the rotor studs through induction there. The axel can run through a sealed bearing in the side of the box to generate power. Input would be limited to the container's temperature control system which would be small because it would be around room temperature. Pet stores stock these kind of low maintenance climate control systems. 

That finishes my conceptual design for this magnet generator.

[synchro1]

This kind of combination "Air Conditioning & Heating" system is costly, around $500. But very efficient to operate, just a few dollars a month.

"•Can be set to maintain normal temperature range of 61 to 88 degrees Fahrenheit under normal operating environments".

One can gauge the size of the zero input power plant this kind of unit could control from the picture on the bottem: It might be possible to link 10 or 12 large Gadolinium rotors up to run your house in conjunction with a Tesla household battery.