Re-Inventing The Wheel-Part1-Clemente_Figuera-THE INFINITE ENERGY MACHINE

[gyvulys666]

HI
I dont know if it will be of any use but here is interesting info how to increase magnet/electromagnet strength without rewinding ( if i understood well). Attached picture from pdf document which attached to this message.

[alan]

"when the induced is approaching the center of another electromagnet with opposite sign to the first one"  <---  he was describing how a regular dynamo works..

With 1 way current, growing and shrinking 180 degrees out of phase, the only way it will induct is Like Polarities.. 

Shrinking North acts as South..
Shrinking South acts as North..

Growing North acts as North..
Growing South acts as South..

demonstrating this on a live bench. 
https://www.youtube.com/watch?v=3Syk9t7foYQ

Thanks for testing, looks good. Attraction mode seems to buck voltage in the induced instead of being additive. Last thing to test is the behavior of back-mmf created by the induced when a current is allowed, and how all voltages interact (scope on the input coils, both at the same time if possible. It's VxI that determines power and consumed energy, and if V is eliminated through mutual bucking, then who knows, just an idea). Pls also test attraction mode in the loaded state. 

The emf in the center  coil seems to be induced by flux cutting though the coil sides like a dynamo (Lorentz force flux cutting), and not by variation through the center aka flux-linking, guess you may be right. 

[ramset]

Exactly, and the diagram of a regular dynamo shows N and S to indicate the poles.
Also: "since any variation occurring in the flow traversing a circuit is producing electrical induced current "

N-N would be a moving monopole field which may have desirable effects too.   
https://www.youtube.com/watch?v=aCClYZp9Yls 
https://www.youtube.com/watch?v=gWcPcOg_yc0 
https://www.youtube.com/watch?v=P3Enr6_d3yU

https://www.eeweb.com/a-flash-from-the-past-figueras-generator/

Alan
Here all the longtime researchers from your YouTube links
Are now open sourcing
And sharing the many reasons why they started a new forum
https://www.beyondunity.org/thread/public-answer-to-chris/

Respectfully
Chet
Ps
Alan
You have been dropping crumbs for years here ,
Do you have an experiment ( actual gain mechanism?) to support your assertions ?


Open source is the only path forward...
Too many years of .....
?

[floodrod]

 
Thanks for testing, looks good. Attraction mode seems to buck voltage in the induced instead of being additive. Last thing to test is the behavior of back-mmf created by the induced when a current is allowed, and how all voltages interact (scope on the input coils, both at the same time if possible. It's VxI that determines power and consumed energy, and if V is eliminated through mutual bucking, then who knows, just an idea). Pls also test attraction mode in the loaded state. 

The emf in the center  coil seems to be induced by flux cutting though the coil sides like a dynamo (Lorentz force flux cutting), and not by variation through the center aka flux-linking, guess you may be right.

I have since succeeded in causing the Back-EMF to be high enough to flow back to the Positive input lead and flow current back to the source using 2 coil positive biased 180 shifted waves. Theoretically it should now be possible (with the right coil setup and frequency parameters) to transfer inducted power that we pull into Back-EMF and send it back to the input to feed the circuit.

I don't know about all the cutting / linking / compression, etc.  This setup is simulating reciprocation of 2 magnets of the same polarity (repelling) on each side of a coil. If both magnets move at the exact same time and speed, induction only occurs if 1 is approaching and 1 is going away.   Otherwise it bucks and no induction.

My goal is to use the pickup coil's field to push the emptying coil past the zero line into the full other polarity. 

[SolarLab]

Floodrod,

Very interesting stuff - not what I would call that intuitive at all, at least for me.

Hope to get some CAE CPU time this weekend (schedule says so anyway).
SL