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

[profitis]

So did anybody try kens replication here? Wtf

[profitis]

Pomodoro? Surely u got bismuth there in the lab?

[tinman]

So did anybody try kens replication here? Wtf

Bismuth on it's way.

[tinman]

Tinman,

As always, I look forward to the results of your experiments.


I am, therefore, curious as to whether you (or anyone else) ever measured the face of a magnet to test TA's past assertion that a magnet emits heat.  If you did, what were the results?  If not, why?

PW

Did the test,and to close to call. 20x20x20mm n52 has a .2/.3*C temp difference than that of the same size piece of key steel. Side by side and tested at 3 different times of day,the magnet was always .2/.3*C hotter. But here is the kicker,my little pet rock(we call it coffee rock here in OZ)is .4*C hotter than the magnet. So inconclusive on that one.

[TinselKoala]

Inconclusive? What was the actual hypothesis under test, that you would have stated before testing began? Your reported data seem to indicate to me that any measured temperature rise is in the "noise floor", rather than indicating an actual temperature rise. Your data from the "coffee rock" supports this conclusion as well. So I think what you have reported is far from "inconclusive". If your hypothesis was that a magnet will be measurably warmer than its surroundings... you have falsified that hypothesis pretty soundly, I think. You have been unable to measure a definite, non-artifactual temperature above ambient from your test magnet.

You may find the following article of interest:
http://en.wikipedia.org/wiki/Emissivity

http://en.wikipedia.org/wiki/File:LesliesCube.png

All faces and objects mounted on the cube are at the same actual temperature; only the emissivities are varied.