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

[TheoriaApophasis]

cast bismuth spheres experimenting with. ...... (((( on another front, I am tired of melting and casting bismuth)))))



Variation average between 10 and 13 degrees heat generation.

1. reproducible without fail.
2. logical necessitated HEAT production from magnetic divergence against natures MOST diamagnetic (=dielectric) element, bismuth
3. NECESSITATED output
4. ONLY 2 "parts".
5. NO MOVING PARTS
6. WOULD NEVER EVER BREAK DOWN / FAIL


power anything with it? MORE of them, or a LARGE one.....maybe a dinky flashlight LED.



They (the ubiquitous 'they') only said "FREE ENERGY!!!!!!!!!!",

......they never quantified HOW MUCH of it.

[shylo]

the heat

Hi Theo, Whats giving off the heat? Something must be moving from one to the next.
Where do you get bismuth?
Very interesting. Thanks artv

[TheoriaApophasis]

Hi Theo, Whats giving off the heat? Something must be moving from one to the next.
Where do you get bismuth?
Very interesting. Thanks artv

Ive got a few 100 pounds of pure bismuth, you can even buy 35 pound slabs on ebay.


its about $22 a pound.



Whats giving off heat? Magnetic centrifugal divergence is 'rebounding' (in a crude sense) off the diamagnetic bismuth.


not a lot 'different' than getting an ASS BURN from scooting your fanny against the carpet.

...on a whole other level , of course.

[shylo]

vortex

So when a magnet is sitting on my table, there is a vortex spinning around it?
Any movement of bringing another magnet towards it will increase the speed or the size ??
Sorry I just don't know.
artv

[TheoriaApophasis]

So when a magnet is sitting on my table, there is a vortex spinning around it?
Any movement of bringing another magnet towards it will increase the speed or the size ??
Sorry I just don't know.
artv

oil and water, fire and gasoline "combo" pictured above.


HIGH gauss magnetism face on to the most DIAMAGNETIC element.



elemental and FIELD "butting heads"



necessitated heat production.

[vidbid]

Interesting. Thanks for creating the thread.

Regards,

VIDBID

[Aaron]

Apply principle to Nitinol?

Theoria, that is very interesting and makes sense.

That temperature difference is more than enough to trigger a reset in some Nitinol wire. Might be able to rig something up so the wire moves the magnet and bismuth towards each other and away depending on the temps and you could very well have something that keeps moving on its own. 10 degrees is quite a bit to work with!

[TheoriaApophasis]

Theoria, that is very interesting and makes sense.

That temperature difference is more than enough to trigger a reset in some Nitinol wire. Might be able to rig something up so the wire moves the magnet and bismuth towards each other and away depending on the temps and you could very well have something that keeps moving on its own. 10 degrees is quite a bit to work with!

that would make an ingenious perpetual motion 'toy'

room temp would have to maintain a good constant.



as for the Nitinol , i want santa to leave me a pile of that under the tree.

......and a case of about 20 pounds of lithium metal.

and hollow titanium spheres which I need......

[spacecase0]

you might need a vacuum chamber to melt the lithium in,
it tends to light on fire with the humidity in the air
it is a total pain to work with

[johnnyfalcon]

Wiki says neodynum oxidates quikly in air

[upgradd]

Calibration and Emissivity Errors?

Have you tested the experiment with calibrated emissivity "dots" (small sticky circles of known emissivity)? Otherwise the results are invalid, thermal imagers will give erroneous readings if you do not know the emissivity of the material, and that value DOES change as a function of temperature. Read the Rossi E-CAT 3rd-part tests, they cover the issue in depth.

Knowing how to use your test equipment (and the inherent limitations of them) is important if one wants to collect accurate and reliable data...

To avoid errors with thermal imaging, use a calorimetry chamber (has two chambers, one electrically heated by a temp. controlled servo to the same temp of the other chamber and reads off watts needed to maintain the same temp as the other chamber). Or for the most basic, use a very well insulated chamber of known volume and insert a thermal probe into it to measure the temperature rise of the air when the experiment is placed inside. You may want to calculate the thermal time constant and thermal impedance of the chamber to determine heating power.

Aside from experimental pitfalls, this is an interesting experiment.

[nathan97]

Ken,

why the bismuth block has to be a sphere ?

[TheoriaApophasis]

Ken,

why the bismuth block has to be a sphere ?

it does not have to be, however in following the hypotrochoid toroids of magnetism there is concentration of the divergence and convergence of the field, ....just like a lens.





the magnet is a block which i used, but the shape of the magnet itself has no importance at all.


it just happened to be the correct size in proportion to the bismuth sphere.

[Dingus]

It's very neat effect. Now figure out how to make something that drops 10-13 degrees with no input and we'll be in business!

[ldrancer]

neodymiums would need to be recharged later. so is it free energy?
i just read that.