ZERO INPUT, 10 degrees thermal output...Yes,...genuine free energy

[profitis]

Its absolutely not magnetocaloric if both items are standing still

[PiCéd]

Its absolutely not magnetocaloric if both items are standing still

Ah yes, it is a little bit what I would like to know of that.
Thank.

[mscoffman]

The first step would be to validate that the temperature difference is real.

I would suggest you stick with pixels but this time with a contact
thermometer like liquid crystal thermochromic paint;

http://www.indestructible.co.uk/thermochromic-paint

One could simply bisect the temperature range with an pre-existing bistable coating.

Then make a optical movie of a bichromic oscillator.
Use a model aircraft servo mechanism to assert and then de-assert the N55 magnet
in a particular time sequence and make a time lapse movie of result.
It should show the bismuth sphere pulsing in different colors
as it responds to differing magnetic fields strengths.

Also an alternate contact method:

http://www.bmedical.com.au/shop/core-body-temperature-capsule-ingestable-jonah.html

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Unfortunately like the QEG any OU energy is not useful unless it comes out of the unit.

[profitis]

Perhaps the magnet is not needed? Plutonium sphere gets hot in subcritical mass.perhaps bismuths own radioactivity increases with this geometry for some reason?

[TinselKoala]

Perhaps the magnet is not needed? Plutonium sphere gets hot in subcritical mass.perhaps bismuths own radioactivity increases with this geometry for some reason?

Since the claimant has not reported the necessary details of the "experiment", or rather demonstration, and since he refuses to do, or rather to _report_,  any of the control experiments that various people have suggested, it is possible to come up with all kinds of alternate explanations for the data from the long-exposure FLIR imagery. For example, maybe the demonstration was conducted shortly after casting the bismuth sphere, and it is simply still warm from the casting, or from manual handling, or from eddy currents induced by waving the magnet around near the bismuth sphere. However, the most plausible explanation is that the shiny sphere is simply showing specular reflection of other heat sources in the vicinity, like the FLIR imager itself, or the claimant's forehead. I have provided links to references that demonstrate and explain this specular reflection phenomenon in some detail, even one that comes from the manufacturer of FLIR imagers quite like the one the claimant has apparently used to make the long-exposure images of the bismuth ball. Did you notice that you can see a similar, smaller, bright spot on the corner of the magnet itself, in the FLIR imagery from the claimant?  You can see that, other than the specular reflection on the corner, the magnet is uniform in temperature according to the image. But the bismuth sphere is NOT, it shows exactly the same nonuniform falsecolor profile across its diameter that one would expect from a specular reflection off a sphere, rather than the uniform color of an object that was actually hotter than its surroundings.