Giantkiller moves forward into Full Heterodyning.

[aleks]

Ah, forgot to note.. In the experiments with open collector coil the load circuitry (or better say, line) should be zeroed or grounded to have opposing potential. A totally open coil won't work of course, energy have to go somewhere. You obviously do not like the idea of being grounded, but it's only and idea to check. It may - if works - at least support theoretical base.

[aleks]

The major magnetic field in play here is the ambient magnetic field permeating the collector coil.  The rf energy from the kick coils excites electrons in the collector winding.  The weak magnetic field of the Earth then gives them a ride.

You may also put a Dirac delta spike on the point of collision of two emerging magnetic fields to model non-equilibrium conditions (the same applies to one static magnetic field and one emerging one). Anything in this physical world that abruptly "appears" causes DC component to emerge as seen from Dirac delta spike perspective. What is more important is how you "tie" to these conditions and how you redirect energy to or from that "mighty" DC potential field. Not to forget about residual oscillations which may totally hide the expected effect.

This DC component can be actually a thing what causes inertia (velocity) of physical bodies in this world to conserve. If you consider that a moving object "steps" into the next position within empty space, this changes conditions in that area of space abruptly. This - in turn - creates DC component which attracts (or repels - depending on where you look - beneath or behind) the body further in space. And the process goes on. Of course, as a continous function this creates a DC component "trace". I like this concept of inertia because it describes a lot to me, especially spinning and translational movement when they are combined in a single body.

Well, I'm sorry for so much hypothesizing and so frivolous theoretisizing. But I can't do anything with it because I hate existing physics dogmas. I want freedom in my world.

[giantkiller]

Here is another one:
A stun gun will not light a lightbulb directly. A space charge has to build up for the energy to jump across the gap. Putting a load on the gap only presents a short. No blue sparks.
The SM17 puts out huge blue sparks and lights lightbulbs but does not drive other loads directly. What's the difference besides lightbulbs being a short?

So I put a diode in the gap and maintain the gap. The gun produces blue sparks.
I reverse the diode and the gun still produces blue sparks.
I replace the diode with an LED and reproduce the diode tests. Additionally the led lights. Both ways.
Obviously AC. If you ever widen the gap, the potential will travel through the next shortest path. Did you ever feel that? LOL.
I don't put any of my scopes on the stun gun. Holy Shot was that a revelation. SM didn't either!

So put a primary in line with the diode. Turn the secondary into a LCR path. Potential can now be extracted. The stun gun can be limited in spark output. The little dartlets are not heard like the big one is. Many paths from one path. The SM17 was covered in plastic. That creates a shield and and internal surface conductor. The main path of conduction is kept inside. In fact all the units are wrapped except the open one which is handled very specifically. How many people hold all the TPUs except the open one. Who many people hold the open one?
Pass a stun gun amongst friends. They take hold and pull the trigger pointing the terminals away from them. It is designed this way. Now take the black plastic covers off and hold the circuit up then pull trigger. If you did not grab it in a certain way, what happens? The potential will travel through the next shortest path Did you ever feel that? LOL.
Tesla handheld technology in appliance form. The next shot heard around the world.

--giantkiller. Just thought I would point out the obvious again. From the stun gun student.

[Turz]

just another "spike" idea

quote from wikipedia : http://en.wikipedia.org/wiki/Burst_noise

Burst noise is a type of electronic noise that occurs in semiconductors. It is also called impulse noise, bi-stable noise, or random telegraph signals (RTS noise).

It consists of sudden step-like transitions between two or more levels (non-Gaussian), as high as several hundred microvolts, at random and unpredictable times. Each shift in offset voltage or current lasts for several milliseconds, and the intervals between pulses tend to be in the audio range (less than 100 Hz), leading to the term popcorn noise for the popping or crackling sounds it produces in audio circuits.[1]

It was discovered during the development of one of the first semiconductor op-amps; the 709.[2] Its sources are not currently known, but appear to be related to trapping of charge carriers, imperfections in semiconductor devices (such as surface contamination) and heavy ion implants.[3][4] The worst case noise seems to be at low temperatures and with high thermal noise from external resistors.[2]

Individual op-amps can be screened for popcorn noise with peak detector circuits, to minimize the amount of noise in a specific application.

[giantkiller]

So I put a 60watt 120v bulb in the stun gun gap while maintaining a 1/2" gap. It produces blue sparks and does not, does not light the bulb.

--giantkiller. Curiouser and curiouser I get....