Dinámica de flujos en sistema Figuera

[Lasco]

I don't want to be repetitive or take up space in another thread on this portal, so I'm using my own, but the topic I'm going to discuss is already being addressed in another thread. It's the use of a DC motor (universal motor) as a current distributor between the N and S electromagnets in the Figuera system.

This isn't new to me, and I've been testing it for some time. My setup aims to gain power, and it does so by:

1) Using the motor's field coils separately, so that the voltage generated each half-turn of its shaft is added to the supply voltage. This is achieved through the self-induction mechanism caused by the extra current in these coils when their power input switches each half-turn of the shaft.

2) Using the motor's rotor (armature) coils as inductors on the field coils to add this induction to the self-induction caused by the extra current generated in them. I've already mentioned this issue before, and it's in previous paragraphs of this thread, but I hadn't achieved more than a 10% gain relative to the input without the input increasing.
I'm continuing my tests. In my opinion, this way the motor operates may coincide with the Figuera system in its "G" section and be the most important part of his system, which he doesn't mention in his patents.

I hope my explanations have been clear enough for anyone reading this to understand.

Dear Escumo 

It is time to reevaluate our ideas and practical approach. Current knowledge is not advancing much, and thinking and trying new ways is how inventors achieve breakthroughs.
Speaking for myself, I'm starting again and again, always improving, and it never ends.