Dr Ronald Stiffler SEC technology

[mikrovolt]

Lidmotor,
In order to elaborate on the math expression. The mathematician / friend of Ronald Stiffler would need an opportunity to explain in full
to a credible electrodynamic academic group that takes an interest in Dr. Stiffler's research. In the mean time hopefully we do not mess it all up.
We can follow the path that explains what frequencies are usable. The various experiments and methods does explore the open lattice
and provides empirical evidence. I am not aware of any department of electrodynamics or electro physics other than the electric universe.
Those who continued work on Birkland currents  may have open lattice correlations leading to marriage with The electric universe. That would best be
introduced and commentary made by Dr. Ronald Stiffler. For us it could be more embarrassing than dunce if we are not very careful with the info. Thanks

[Lidmotor]

Mikrovolt---- I agree that discussion of Doc's theories by people with poor knowledge of higher mathematics is really pointless.  I was hoping that someone here saw something in that formula that rang a bell and could describe, in simple terms, what it all meant.  In the meantime most of us will have to just replicate his work as best we can ----and wonder what we are seeing.

Gyula---  I have used iron based wire for years on various projects.  My 'Penny Oscillator' is a bit famous.  It was a simple Joule Thief using rolls of steel twist tie wire.  The circuit used a couple of caps in it that made it blink at very low amperage.  I also replicated a Stubblefield coil using copper and steel wire that produced power through galvanic action and powered things.  The problem was that the steel wire eventually dissolved and the coil stopped working.  I just made a Slayer Exciter using steel twist tie wire as the secondary and thick Al wire as the primary.  It worked really well. https://www.youtube.com/watch?v=eCjFoPknWP4

  This is a pic of 'Penny' from years ago.  She is made from steel twist tie wire and is running on a homemade battery made from two pennies. One penny was sanded down to expose the zinc inside and the other provided the copper.

---Lidmotor

[NickZ]

   I think that the best approach for those interested, is to try to follow and replicate as closely as possible to what the Doc is showing us.
   We are all learning the ropes here, including the Doc. The idea now is the these 4148 diodes are the cause of any additional voltage and current that goes over what the input is providing. Along with any of the additional diodes (LEDs) that are used.   So, the more diodes used, the higher the possible output is seen at the load of leds. Now provided by a double loop, for twice the output. To what degree this type of gain is possible, is what we still need to find out.

   I'm now starting to light the 120v reflector AC led bulb that I had shown on one of my first videos. I'm using my last shown 12MHz crystal oscillator.  Up to 18 leds of the 24 series mounted leds are lighting, so far.  Getting there...

[NickZ]

    Guys:
   The video below was just uploaded, and is showing the lighting of an LED Filament Bulb.
   I'm using another transistor, a C2330 (300v), now. Which does not heat up at the 24v input that I can now give it.   But, in order to raise the input voltage to 36v, I would probably need to add more resistance to the base circuit. Just how much more resistance, I don't know, yet. Maybe one of you can suggest a resistor. I'm currently just running the 100k resistor on the 12K crystal that's on the base circuit. As this mentioned transistor is still very limiting by it's low base current values.
   
   https://youtu.be/OaItjLf5e-A

   Any ideas are welcome.                                        NickZ

[gyulasun]

Nick,
Unplug the crystal and check the input current from the 24V input. 

The base and collector current issues have been already clarified, see my posts here:
https://overunity.com/17249/dr-ronald-stiffler-sec-technology/msg523176/#msg523176   and 

https://overunity.com/17249/dr-ronald-stiffler-sec-technology/msg523363/#msg523363

Now you can calculate the h_FE of your transistor being used from the measurement I mentioned above.Then you can figure out easily the base resistor needed for 36 V or whatever supply voltage you intend to apply.
Note that your c2330 transistor has 100 mA collector current rating. 

Gyula