Single circuits generate nuclear reactions

[sulake]

  The principle of the VSG

About the function of the VSG, why does it have to be Positive -> Carbon -> Th/Tungsten -> Negative ??

Where does the actual transmutation occur, in the small spark on the joint of the tungsten and carbon?
Or does the B particles depart from the tungsten and turn into electons inside the carbon? If so, then the rods are not the best shape for the "reactor" at all?
Maby the Tungsten rod should be completely inside the carbon, but not electrically connected, except at the other end?

[Feynman]

@sulake
Good idea  ... According to the Synergetic theory, the presence of the gamma ray is only a catalyst.   We can think of it as the energy necessary to knock an electron out of an orbital and into the nucleus, where the electron capture and proton-electron fusion supposedly occurs.  Now we have not done experiments (with/without the thoriated tungsten) so we can't really say what real-world effect it has. There is definitely a nuclear effect going on though, and that was proven by Naudin's experiments (showing the profound effect of the B-field on system energy). Assuming the Synergetic theory is 100% correct, then yes, the existing setup is very inefficient.  It would be better to surround the carbon with the Thoriated Tungsten. Again, we've got alot of experiments to do to understand this, collect data, how we may get extra energy, etc.

@Earl
You could hypothetically generate AC directly with proper switching. 

[sparks]

   This is another example of rf acting as a catalyst in the conversion of mass to energy. Problem here is that there will be no restoration of the mass by the Earth energy field.  It's a oneway fuckedup mess just like neuclear fission in a power plant. 

[Feynman]

So here are the major experiments I thought of to figure out what's going on with this whole process.


Suggested Experiments:

1)  Replicate Naudin's B-field Experiment
Independent Variable: B-field strength or lack thereof.
Dependent Variable: Output Energy Curve

*implications:  shows Naudin's effect can be replicated, and it is nuclear in nature.


2) Determine effect of Thoriated Tungsten
Independent Variable: Presence of Thoriated Tungsten electrode
Dependent Variable: Output Energy Curve

*implications:  validates or contradicts gamma-ray requirement of Synergetic theory.


3) Determine effect of Input Voltage  (constant charge = 10 uF)
Independent Variable: Voltage of Input Discharge (0 - 30kV)
Dependent Variable: Output Energy Curve

*implications:  shows whether we are experiencing linear on nonlinear energy scaling.  nonlinear scaling would suggest nuclear fusion.


4) Determine effect of Discharge Energy (constant voltage = 35V)
Independent Variable: Energy of Input Discharge  (variable capacitor size with constant voltage)
Dependent Variable: Output Energy Curve

*implications:  shows whether we are experiencing linear on nonlinear discharge scaling.  expected results unknown.


5) Determine effect of Toroid Windings
Independent Variable: # of windings on collector toroid
Dependent Variable: Output Energy Curve

*implications:  shows how output energy curve relates to toroid construction.

6) Determine effect of Toroid Material
Independent Variable: Toroid Material
Dependent Variable: Output Energy Curve

*implications:  shows how output energy curve relates to toroid construction.


7) Determine effect of Toroid Dimensions
Independent Variable: Toroid Dimensions
Dependent Variable: Output Energy Curve

*implications:  shows how output energy curve relates to toroid construction.



Determine importance of Spark Gap
Independent Variable: Spark Gap Dimensions (0 - n mm between Tungsten and Carbon rod)
Dependent Variable: Output Energy Curve

*implications:  confirms or contradicts 'gas phase' aspect of Synergetic theory.  (unless high voltage inherently vaporizes some carbon atoms to a gas).

[AbbaRue]

I bought 10 Th-Tungsten rods  today, 1/8 inch thick. Very expensive.
Also bought 1/4 inch carbon welding rods 12 inches long with the copper coating on them.
Very cheap. 50 of them cost $26.  I HAD to buy a whole box of them at the welding supply store.

I was thinking the same thing about the setup. I see no need to fry the tungsten rods against the carbon rods.
I was thinking of placing the tungsten rod beside the carbon rod to get the gamma into a larger area of the carbon.
Maybe try placing 3 tungsten rods around the carbon rod. 

I placed my radiation detector near the tungsten rods,
and I get about 90 micro-rems/hr. through the plastic box
and 220 micro-rems/hr. placed right against the rods.

Also thought of using 2 carbon rods placed end to end to set up an arc.
Have one rod inside the electro-magnet, and the other surrounded by the tungsten rods.

I used the following circuit simulator to test 160,000 uF on different resistances:
http://www.falstad.com/circuit/
I found that 30V across 0.1 ohms gives you a 300 A pulse.


Once I figure out how to connect the rods to the output I can start experimenting.
Needs a very good contact that can handle the high current.
I am using 12 AWG wire to connect the 10 caps in parallel.