Kapanadze Cousin - DALLY FREE ENERGY

[Hoppy]

Nick,

The observed 'effect', whether its described as varying bulb brightness caused by hand movements, or a marked increase in brightness when the Kacher is switched-on, can and has been explained in conventional terms. There is no place for the 'flat earth' debate here. There is absolutely no evidence of anything special going on, OU or self-running - period!

[apecore]

Nick,

The observed 'effect', whether its described as varying bulb brightness caused by hand movements, or a marked increase in brightness when the Kacher is switched-on, can and has been explained in conventional terms. There is no place for the 'flat earth' debate here. There is absolutely no evidence of anything special going on, OU or self-running - period!

Hoppy,
I agree that it is explainable by conventional terms.... wether it comes from exotic (not yet conventional sources)
Does that mean that it is also possible to calculate with conventional math what the level of power adding by the kacher is possible? (Approximatly)
And with doing that the parameter challenge and its appearance becomes clear?

[NickZ]

   Hoppy:
   Well, as I said there is nothing unconventional as to how we have these devices running, now.  But, self running is totally unconventional.
   There is a process to building these devices. Perhaps you think that it can be bypassed and a self runner can be created without it. But, the building steps involved to discover them are not easy to dismiss, and are necessary to the goal of self running. The amplification effect is one of them. Without which nothing special will be observed, other than just the same boring stuff that every other conventional device offers.
   Are you going to state even more opinions as to how there is nothing new or exciting about anything we've done, while you do nothing at all. Sorry we are so slow at this, but there are now several people in the world (mostly in Russia) that have what it takes to show a self runner. So your logic may be good for you, but.... you are not one of those that has what it takes to discover the secret of its operation.  So, just sit back and watch, as you have not added much in a positive way to our ongoing experiments, other than your doubts, concerning ways that it does not function.

  Using convention methods such as input to output readings will NOT show just how and where any possible extra energy is coming in from, or what this new and unconventional extra energy is all about, as it can't be seen or measured, as yet. Those types of readings as proof have not been done up to now by anyone, for a reason. The reason is that a self runner can't be measured, to know it's secret. Only just what it can do, when self running, or what it's output reading shows. That is all.

[verpies]

If the device is tuned properly, there will only be a diminishing of the "effect", when moving ones hand over the device, and not adding any gain to it. As it only decreases and interferes with the HV effect onto the induction circuit. However if the system is not tuned to its best output, it can possibly improve this less than optimal setting, also, by altering the running frequency, etc...

Geo is showing mainly how the hand movements can actually kill the HV interactions, ...

So the "effect" is the influence of the HF HV from the Kacher and the hand, on the tuning of the device towards or away from its optimum, which manifests by varying brightness of the bulb/load.

But the same behavior is still possible without corrupting gate signals by deliberately designing instabilities in their control circuits and without relying on the random effects of HV interference there.
I see no advantage of jamming the gate control circuit with HV from the Kacher and the operator's hand. 

If you want to explore the influence of HF HV on the inductors connected to the drain circuit, then there might be a point in doing so...but on the gate control circut, WTF ? 
Do you think that any free energy can be generated in the gates of the MOSFETs ?

...which also proves that there is an ongoing "amplification effect" compared no effect, that is caused by the HV interactions, although not necessarily OU, or a self running effect, as well.

As long it is not the amplification factor of the MOSFETs, because applying small signals to the gate circuits to control large signals in the drain circuits is the fundamental application of MOSFETs, (characterized by their transconductance, g_m in datasheets) and has a high yawn factor.

[NickZ]

  "So the "effect" is the influence of the HF HV from the Kacher and the hand, on the tuning of the device towards or away from its optimum, which manifests by varying brightness of the bulb/load."

   Yes, and no.  The "effects" of the hand movement has nothing to do with it, it only shows that the devices can be affected by it, mostly in a negative way, by disrupting the HV, HF signals from the Kacher circuit.
The duty cycle and frequency controllers are what is responsible for tuning the device to run at the optimum running frequencies. IF, the rest of the system is also built correctly, using the proper groundings, wire connection methods, coils, and components.
   
   We don't know as yet if what is being shown by Ruslan, Akula and others is not being caused by the effect of HV and HF onto the mosfet gates, also. Possibly they are also observing the same or similar HV effect on the wave forms of the gate signals.
There may be more to this than just that, as the cause of self runners. Which is what we are trying to discover.
However, even if that reason were the cause, then it still doesn't explain how and where any extra energy is coming from in a self runner.
  The hand movement effects are not something to look into. But, the proper heterodyning frequencies are.
  The HV interactions are found everywhere on the induction circuits, not just on the fet's gates signals. As I have shown you on one of my previous videos. And yes, it's possible to have the same interactions without cooking the fets, or anything else, as has been shown by Ruslan and others.

   After looking at Adrian's induction circuit board from his very blurry video, one can see that his induction circuit board is quite simple. And it does not have a 100 components to it. Also his simple Kacher circuit, which does not use the interuptor transistor, at the time, and can still self run his device. And as Roma has shown, it may not even take much more than what his system has installed on it, to produce the 4000 watts of output.