Motionless generator

[life is illusion]

Update:  After analyzing your current design,  I think the magnetic field will bypass the secondary coils altogether since it will present a resistance due to LENZ.

Dear Madeo, I'm glad you find it interesting and I hope you could make this device and test it As I said in my previous comment, Magnetic current will always take the shortest path, so N1 will go through solenoid core and not through the bypass. The exact moment when N2 is generated, IF it pushes the N1 towards the bypass, the N2 will die itself because its existence depends on the incoming N1. Thus The moment N1 goes towards bypass, the path of solenoid core will be free of resistance and N1 again will take the shortest path

Best Regards
Sam

[Madeo]

you are correct that it will take the shortest path, but the current induced in the secondary will be minimal because lenz will push N1 (or a fraction of it) to the bypass section of the core. If N1 is not allowed to push through N2 completely then it cannot induce the current in N2 like you want it to. You said it yourself that N2 will die down during this process and that will kill the output.You should study Thane Heins transformer. He addressed this problem without the losses.


The biggest challenge in this project is finding or constructing an efficient core. This is not something anybody can easily build over the weekend.

[life is illusion]

Hello friends

According to the recent findings on the subject of "Lenz free generator" ( http://overunity.com/15308/lenz-free-generator-a-different-pulse-motor/#.VKPSo3u4KVc), now it seems even more possible that this model can deliver a better and higher energy output. Anyone out there willing to test the shunt on his/her motionless generator and share the results with rest of us? Would be great if you could use iron oxide powder or ferrite core so we could increase the frequency  

Best Regards
Sam

[TheOne]

I remember the radus boots patents


[size=78%]I think the solution for the lenz law is to make the core not in one piece but in 3, so you put some kind of paper between the 2 cores where the output coil is.[/size]

[verpies]

Magnetic current will always take the shortest path, 

No, magnetic flux will be distributed among all paths, proportionally to their permeances .