PhysicsProf Steven E. Jones circuit shows 8x overunity ?

[synchro1]

"Ferromagnetic materials, for example, are known to heat up when magnetized and to cool down when the magnetic field is removed."

"The presence of a magnetic field makes ferromagnetic materials become more ordered. This is accompanied by disorder within the atomic lattice, which causes an increase in the material's temperature," Balli said. "Inversely, the absence of a magnetic field means that the atomic lattice is more ordered and results in a temperature decrease. Magnetic refrigeration essentially works by recapturing produced cooling energy via a heat transfer fluid, such as water."
The researchers originally set out to measure the standard magnetocaloric effect in the multiferroic compound HoMn2O5, because this material possesses an insulating behavior that prevents energy losses associated with electric currents passing through it when altering its magnetic field.
But, much to their surprise, they discovered that a giant magnetocaloric effect can be obtained by simply rotating a crystal of HoMn2O5 within a constant magnetic field – without requiring moving it in and out of the magnetic field zone (which is the case for materials exhibiting standard magnetocaloric effects).

Read more at: http://phys.org/news/2014-06-magnetic-cooling-enables-efficient-green.html#jCp

[MarkE]

Synchro1 what are you trying to suggest?

[synchro1]

Faraday's law does not apply to increased heat capacity from restructuring the atomic lattice of ferrite by exposing it to a magnetic field.


The magnet cooling effect is way overunity in the device pictured below: Rotating the ferrite alloy core 90 degrees causes a dramatic cooling effect, far in excess of any miniscule amount of power it took to reorient the core!

[MarkE]

Faraday's law does not apply to increased heat capacity from restructuring the atomic lattice of ferrite by exposing it to a magnetic field.


The magnet cooling effect is way overunity in the device pictured below: Rotating the ferrite alloy core 90 degrees causes a dramatic cooling effect, far in excess of any miniscule amount of power it took to reorient the core!

Synchro1, I am afraid that your declaration makes no logical sense.  Faraday's Law of induction tells us how a changing magnetic field affects a perpendicular conductor.  It is quite independent of how a magnetic field affects the material properties of some specimen.

Your second statement doesn't make any better sense and is not supported by evidence.  You seem to be conflating Joule heating with the action of a heat pump.

[synchro1]

Barium Titinate Crystals: We can heat and cool water simply by rotating these kinds of crystals 90 degrees in a strong PM field; between disk magnets. We need to run the water around the crystal.