Well here is something that might interest some, from overunitydotcom
https://www.youtube.com/watch?v=DnuXqnTlJNM#ws
https://www.youtube.com/watch?v=DnuXqnTlJNM#ws
The idea behind is - after first pulse you let BEMF to reach maximum and hit with current from transistor again on its peak time so the magnetic domains when coming back will be supported by current and voltage from BEMF WILL ADD with current from transistor so C28 cap will charge from much higher voltage on positive half-cycle. The LEDs are powered from BEMF. After this pulse you need to let ferrite's magnetic domains to return into first position. This is why there is low frequency in akula's ferrite case.
More to think on...
Something very key being said here: A mechanism to add voltage from one source with the current from a different source. Now imagine doing this with the out-of-phase voltage/current seen in reactive power. The conventional way of doing this is to synchronize the phasing where you end up paying full-price for the wattage you make available. You get what I'm saying here? Take this small example:
You have source with 1 volt and 50 amps and another source with 50 volts and 1 amp.
Source A -- 50 watts.
Source B -- 50 watts
Total power -- 100 watts
Now suppose you grab the 50 amps from Source A and the 50 volts from Source B and combine them to get 2500 total watts with only 100 watts of input. If the Akula circuit can do this to some degree...
We're in business!
I'm certainly trying to get a handle on this gizmo--even started learning the Russian language hoping it will help somehow.
Enthusiasts all over the world try to reverse engineer Akula circuits and it seems rather unrewarding.
Almost as if intelligenes launch those circuits to distract free energy researchers from more important things.