Gadolinium Magnet Generator.

[synchro1]

Synchro,

This is all really very interesting but would elaborate a little more on your statement above?  What is the "neo tube"?

Also, what was your source for the gadolinium cube you are using?

Regards,
Pm

The source for the 1" Gadolinium cube was "Amazon" $155. plus shipping

Click on this thumbnail to see the "Neo-tube", cube and electromagnet:


thumbnail


Drawing the 1" Gd cube across the electromagnet with the Neo magnet on top generates a voltage in the coil but there's no magnetic attraction between the cube and the EM.


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!

[synchro1]

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.

[partzman]

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.

Synchro,

Thanks for the supplier help as I found some 10mm gadolinium cubes on Amazon but bought them cheaper direct from Luciteria Science online.

Be careful with the powder as gadolinium is proving to be toxic as current research has found when used in contrast-enhanced MRIs and MRAs.

Pm

[synchro1]

                                                      Gadolinium flux diode:


"Power generation device for providing electric power by utilizing magnetocaloric effect. Processes or apparatus peculiar to the manufacture or treatment thereof or of parts thereof using thermal change of magnetic permeability, e.g. working above and below the Curie point, e.g. pyromagnetic devices."


This guy is running fluids of different temperatures through the tiny cryo-tubes to raise and lower the temperature of the Gadolinium flux diode over and under the currie point:


https://patents.google.com/patent/US8692438

[synchro1]

I imagined that a coil field might raise and lower the temperature of the Gadolinium, but after testing the material for that effect I discovered it had none. I believe this amounts to a heretofore unrealized quality of the element that is still puzzling: The Gadolinium is only magnetic to a permanent field and inert to an electro magnetic field. Some kind of magnetic semiconductor effect. Very important discovery with no immediate applications!