Hans Coler Experiments

Hans Coler claims the electron is a south pole. Physics teaches us the electron is a small magnet containing a north and south pole. Some test on the Hans Coler claim.

Category:

Entertainment

Tags:

• Hanscoler
• overunity
• freeenergy
• science
• technology

[IGavius]

What the material of magnet "C" is? As I know, the resistance of ceramic magnets are quite high (in order of magnitude of million ohm*mm2/m).

[camster6]

C is a ceramic bar magnet, but as to it's exact properties, I do not have that current information. All ceramic magnets I have tested seem to have impurities and allow some electron movement lowering resistance. Google ceramic resistors, there are some descriptions of ceramic with other properties to provide robust resistive devices.

[David130B]

I don't understand how the aluminum can assist in connecting the ceramic magnet with the neo mag if aluminum is a diamagnetic material, please clarify!

[camster6]

The aluminum seems to aid in the connection to the ceramic via electrical connection and not magnetic. Must be the increased surface area of the ceramic the foil is contacting.

[gabydewilde]

Your videos are most impressive.

[camster6]

Thanks for the comment :)

[deathraiser318]

whaa?

[mikerjuk]

You need to forget about the magnets, they aren't doing anything. If you have a 12v source and you are measuring 9v on a high impedance voltmeter then clearly you have some leakage current through the 'ceramic' magnet. The impedance of a good DMM is of the order of 10MOhm, so you only need a tiny leakage current through the magnet to have the effect you are seeing. This is basic electrical theory.

[Simcore999]

=)Can you just give, the end result gain or loss and it would really be much simpler to know if it has any potential

[Texmurphy51]

If you think an electron is a south pole try this classic experiment. In a vacuum tube have a hot cathode & a plate. You will find electrons only flow in one direction, neg cathode to Pos plate. Put a paddlewheel in the stream and you will see the direction of flow. If another plate is put beside the stream, neg charge will push it, pos charge will attract it. The only explanation is electrons are NEGATIVE charge, not both.

[teslacult]

Excuse me, I meant parallel to what ever you are measuring the voltage of, not resistance of.

[teslacult]

I think you have a problem with your circuit. Either, your transistor should be a triac, or you need to place the bipolar transistor between the capacitor and a ground connection. Also, your meter is connected like an amp meter not a volt meter. A volt meter should be connected parallel to whatever you are measuring the resistance of. I saw one video where a magnet demonstrated a sort of diode effect. Interesting stuff, keep trying.

[vkospl]

nothing to watch, just some calculations propably incorrect.

[wjbombo]

Excellent description. Thanks for sharing.

[jonnyasprin]

i didnt know they made tin foil,i think the ceramic magnet would be highly attracted to tin  foil,lol