Free Energy Revealed - Magnet Battery

[CrazyEwok]

I get the impression you may have misunderstood what I meant; I may have been unclear.
What I meant was: it is true that a homopolar generator will generate a potential difference and a current between the center of the disc and the rim.
Direction of current flow depends on the orientation of the magnetic field in respect to the direction of rotation. For example, m field is homogenous and oriented "up", disc is spun "clockwise", then current is produced "from center to rim", while reversing field orentation or reversing direction of rotation will produce current flow "from rim to center". Similarly, it works as a motor, where current input "from center to rim" will produce a "clockwise" rotation in the disc, when there is an "up" oriented m field. This appears to indicate that in the motor function, the current does not oppose the "centrifugal" force, but rather that the disc spins in reaction to the applied outward "simulated centrifugal" force...
I'm just trying to say that, in my current view, there does not appear to be any "countering" of those centrifugal forces when used as a motor.

But of course I may simply not have understood your model exactly as you understand it, so I may have missed something.

When you start to rotate the disk electrons start to move from the center of the disk to the edge of the disk and you obtain an electrical current. The flow of electrons is possible because in metals (not unlike in a plasma) electrons are not bound to the atoms and can move around freely. This way of generating electric currents is based on a physical principal called electromagnetic induction. This principle states that if a conductor (here the rotating disc) moves through a magnetic field (here provided by the horseshoe magnet) a electric current is obtained. The law of electromagnetic induction is often referred to as Faraday's law.

-http://www.cora.nwra.com/~werne/eos/text/dynamo.html

If that is true (changing the orientation of the magnetic fields changes the flow direction) then that would kill atleast half of my theory. I was under the impression that the magnetic field was applied and the current flowed off the edge of the disk, regardless of direction. But if the direction off flow is controlled by the orrientation of the magnets or even the direction of rotation then... that is interesting. Hmmm i have not found information pertaining to that on the internet yet (this is all still theory to me right now and as there is no real explanation to what magnetic fields are or how they effect the flow of electrons/electricity i am trying to come up with at least a start to understanding it)

Can anyone pleasae confirm or dismiss this statement please:
With a disk Dynamo the orientation of the magnets or the direction of rotation changes the direction of flow of the electrons?

[Koen1]

Well I have experienced this when toying with a homopolar dynamo,
but of course backing up my own story doesn't really count
so it would be nice for someone to post confirmation.

[giolvasrulez]

Hello.
I have tried the following varriation of a magnet battery array.
3 neo small cylinder magnets between 3 metal iron plates. Dialectric: water soaked kitchen soft paper.
I have achieved with this array 0,37 volts steady and some amps. But after a period of about 1 hour it has climbed down to about 0,24 volts
Here is the photo of the array I tried:
http://img18.imageshack.us/img18/5026/dsc05805rg7.jpg

After about 2 hours of keeping the apparatus steady in the table, I disconected the magnets and I kept only the two metal plates about 25 cm apart!
Then to my big surpise I saw that I keep getting some 0,37 volts (with minor amps), despite the fact that there is 25 cm of air between the two metal plates!
In the next minutes I will upload my video showing the wireless thin air measurement between the metal plates.

I have moved the one metal plate with my hand. After raising it a little from the table as you can see in the video, the volts become zero,.. after moving it very close to the table again the volts is raising again! Keep in mind that the two plates are about 25 cm apart and only air is between them! When I am moving the one plate further away (about 50 cm) the volts are becoming zero, when I move the plate closer (about 10 cm) I get some more extra volts! When I move the two plates far away from the exact close space of the original experiment I get 0 volts!
Can you explain that?
It seems like static wireless electricity in the air evolved around the close space of the experiment after the 2 hours of magnet battery operation!
Mr. One, please explain this phenomenon!??!

[giolvasrulez]

Here is the video. Download it to see for yourself the wireless thin air measurement of 0,37 volts between the 2 plates about 25 cm apart and this phenomenon is observed ONLY at the exact close space that  the magnet array battery experiment was done for 2 hours!! I hope there is a known physics explanation for this.

http://www.easy-share.com/1903722653/MOV05810.MPG

[Low-Q]

Hello All!

I have decided to release some information to change the world. I am doing this 100% free of charge. If the information I give you is helpfull in any way, which I'm sure it will be, feel free to thank me with a donation on my main web page.

If you have any questions, you can ask me here, or on my forum.

So here it is, the Magnet Battery:
http://www.lawofmagnetism.com/magbat.html

Nice discovery. However, If you put your fingers on the two pins on a volt meter, it will read the voltage between the acids in the fingers an the metal you are holding in. So the most interesting part is the measurement nr. 1. However, this measurement is also frequently found when the wires from the volt meter isn't connected to anything.

I have to try this at home. I have a lot of neo magnets (no horseshoe magnet) I can make a horseshoe magnet shape out of. I will post the result here.

Br.

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