Lenz free generator

[life is illusion]

Hello every one 

In here I share with you a generator that in my opinion could go around Lenz's law and then you know what happens next

I hope you find it interesting and if anyone builds a similar device, please share your results You can see this effect in the video which can be found in the description box.

Here you can see the video: https://www.youtube.com/watch?v=LYTsOxzVTE8&list=UUXEFFysykQp53qAVElhrAgg

Best Regards
Sam

[life is illusion]

No one wanna say anything about this one? Come on guys, this is a very different design than the rest of the things I have been sharing in here I don't have so much time on this earth, I got a death sentence, I wanna see what you guys think before I die

Best Regards
Sam

[ElectricPirate]

You still need many rice to eat. boy!   

[life is illusion]

You still need many rice to eat. boy!   

Actually I really miss eating rice, because in this part of Europe we only eat potatoes

BR
Sam

[dieter]

Hi Lii,


I'd  like to discuss this, although I am not one of the sceptics and I do not claim to be perfect. At least I get no paycheck from the oil lobby...


Before I forget, watch this: http://www.youtube.com/watch?v=tyDf6hQe0Ao&feature=youtube_gdata_player


I like the idea in your vid. Unlike the other one about using CW+CCW bifilars, this one seems to have potential.


The problem with the bifilar was, when you run a current trough it then sure a compass will not react, but when you induce a current with a PM then it will run reversly in one of the filars, resulting again in the full Lorentz force, and Lenz is laughing at you. When you connect the two filars, they will electrically cancel eachother out... well maybe only by 97% and you may get some lenzfree induction, probably only at a certain RPM. But ok lets talk about this new video.


I like the idea. There is one thing I'd like to discuss: it is teached that the Lorentz force always opposes the force that causes the induction. But this is a lie. Only the sum of the Lorentz force of a common coil does that, but basicly the following happens:


(Everyone should do this simple experiment personally)


When you have a thin wire with a dc current flowing in it, eg. 1 foot thin copper magnet wire, freely hanging in the air, and now you move a permanent magnet towards it, the wire will NOT be repelled or attracted in the direction of your motion (as Lenz states), but in a 90 degrees angle to the magnetic axle or vector. When you approach North to the wire, the wire will move left. If it's south then the wire goes right. Of course, in a solenoid that means the magnet is pushed eighter towards the center or away from it. Let's forget the solenoid for a moment.


Of course, when you're approaching the Nortpole from the right side then Lenz's law is valid. But when you approach it from the front or from top or bottom then the "repelling" force will be in 90% angle to the momentum and thus be only a matter of friction. Nevertheless, on its way the magnet reaches a point where it's flux fully impacts the wire.


I think this is the principle in your vid.


I got to breed this a lil further ^^


Peace.