Lenz free generator

[life is illusion]

Turn your magnets 90*,and bobs ya uncle,all is well.

Hi Tinman Thanks for commenting.
I have done the 90 degrees rotation of magnet with a single wire and the wire goes to the equator of magnet and stops there, but I have not done the test with solenoid and I don't have any of my stuff in here (I'm traveling now), but as soon as I get home, I test that also. But I think the solenoid will just try to rotate the magnet 90 degrees so S pole of magnet faces the N pole of solenoid

@dieter. Hi again I can not imagine ( I don't have the possibility to test right now, so I'm just assuming) any difference in outcome by changing the diameter of the coil  

Best Regards
Sam

[tinman]

Hi Tinman Thanks for commenting.
I have done the 90 degrees rotation of magnet with a single wire and the wire goes to the equator of magnet and stops there, but I have not done the test with solenoid and I don't have any of my stuff in here (I'm traveling now), but as soon as I get home, I test that also. But I think the solenoid will just try to rotate the magnet 90 degrees so S pole of magnet faces the N pole of solenoid

@dieter. Hi again I can not imagine ( I don't have the possibility to test right now, so I'm just assuming) any difference in outcome by changing the diameter of the coil  

Best Regards
Sam

It would help you out if you go read up on how the homopolar motor works. This will explain thing much better.

[life is illusion]

It would help you out if you go read up on how the homopolar motor works. This will explain thing much better.

Actually I am familiar with homopolar motors and one of the next topic I was planing to share in here is about "N machine" or homopolar generator and discuss about why they generate high current and low voltage and how to increase their power output

Best Regards
Sam 

[TinselKoala]

I think the problem is that the field from the small magnets is not uniform and the test wires are experiencing this, since the magnet pole area is small. If you sketch out the "field lines" curving about the small magnet,  you will probably find that the wire moves just as predicted wrt to the actual geometry of the field. If you can arrange for a large, uniform field by stacking magnets side by side, or other configurations, you will probably be able to get rid of the "strange" motions of the wire and see that it does move just as predicted by the force law when in a uniform field.

[dieter]

Lii, it is not hard to imagine. Look at your drawing. How are the arrows 25% from the edge? Perfectly horizontal.


Although, I have made slightly diffrent observations with a coil and a small cylindrical magnet: the closer the magnet is to the edge, the more is the force horizontal. The closer the magnet is to the center of the coil, the more vertical is the force. As we have seen with the wire, this has nothing to do with the distance. There clearly IS a 90 deg shifting of the reaction. Instead of attraction to north and repulsion to south, we now see Attraction at the left edge of north and repulsion at the right edge of the same pole, or visa versa with a reverse current, and the same thing works with the south pole.


As I have already mentioned, this phenomenon can be seen only in gyroscopical recession.
Tinman, I'm afraid turning the PMs by 90° will nullify the induction efficiency.


TK, I don't think so and I highly reccommend you do this simple experiment personally right now.


Peace