Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[jbignes5]

Hi All,

I've been trying to visualize what the magnetic field looks like from a caduceus coil. I setup a linear hall sensor and a caduceus coil, 20AWG, connected to a 12v 400watt computer power supply. I slowly ran the sensor over by hand marking from the crossings on paper. Attached is a picture of what the rough field looks. Note that this is slightly less wavy than the screenshot, better measurements are needed. Very interesting shape, if we imagine this field in 3D it would appear to be a radial hyperbolic paraboloid. Minkowski space time geometry comes to mind.

http://www.ma.utexas.edu/users/gilbert/asciimath/QuadricSurfaces.html

I had a weird measurement experience with this coil when placed at certain points near the center of the +/- fields the hall sensor would pickup up a oscillating magnetic wave (+/-/+/-) from a DC input. (huh?) It could be the power supply or interference I just wanted to mention it if anyone wants to do some more measurements. This is a fascinating coil. I'll tinker with it some more this weekend.

Attached also is the circuit I used, very simple. The ugn3505 has a built-in linear amp.

Why didn't you just do what those guys did with the magnets in the plasma field under a vacuum? Why not look at it's field directly? Someone should be able to do that even with low tech stuff. 12k high voltage field pumped into an electrode ring around the caduceus coil. Then just fire up the coil while the plasma is flowing. All they did was have a cheap vacuum system into a good glass jug or bell. On the bottom is a ground plate outside of the vacuum I believe. The high voltage ring was actually a tube going to a ring inside with as flat plate on a big rubber stop. 12k voltage and variable spark gap frequency control with and without magnetic quenching. This way we can see the difference on the field of the coil. The coil can have low level voltages via the same method. Even though the plasma field is super excited It should show the same effect and let you know how this field works. Later investigations could include copper wire and how it effects the fields as well. Lets really pick this stuff apart and see for our own eyes.


You know they now have polymer nano tube material that is clear. They also made a film that reacts instantly to the images and makes you see in the dark in the infra red range, just a simple clear film that filters actively what it sees. We can convert anything we like now. Once we know what the fields look like we can tune these glasses to that frequency and see all of the spectrum that the universe has and compare this to make sure it is real. Once we know these glasses work it will open our eyes to the miracles of the natural way. We will be able to devise new ways to interact with these fields because we will be able to see them.


Unfortunately these guys also made power generators from this film as well. They are gonna plaster everything with this stuff and lower the cost of energy to the bottom. Yes it will cost a few bucks to start but they should do well. Carbon nano tubes are the bling here.


Check it out: http://www.youtube.com/watch?v=FRJSGLvvDh4

[Jimboot]

Can someone explain this effect please. I run the standard exciter and power the globe like in my last video. Then I noticed my analogue meter was doing something weird when on the 1000ACV setting. Basically the meter starts going up when I place the probes near the field. If I put one in the field and move the other away out of the field about 2' the meter maxes out. I've seen this effect on DC with an AV plug hooked up to the probes but not on AC with the probes disconnected from everything. I'm assuming the probes are acting as aerials but dont understand how by moving one completely out of the field the coil meter maxes out. A capacitance effect?
<SelfTaughtNoob>Thanks. </SelfTaughtNoob>

[Jimboot]

Can someone explain this effect please. I run the standard exciter and power the globe like in my last video. Then I noticed my analogue meter was doing something weird when on the 1000ACV setting. Basically the meter starts going up when I place the probes near the field. If I put one in the field and move the other away out of the field about 2' the meter maxes out. I've seen this effect on DC with an AV plug hooked up to the probes but not on AC with the probes disconnected from everything. I'm assuming the probes are acting as aerials but dont understand how by moving one completely out of the field the coil meter maxes out. A capacitance effect?
<SelfTaughtNoob>Thanks. </SelfTaughtNoob>

here is the vid of the effect, https://www.youtube.com/watch?v=7TI_KGF6rBY

[verpies]

Basically the meter starts going up when I place the probes near the field. If I put one in the field and move the other away out of the field about 2' the meter maxes out.

What happens if you keep the probes stationary relative to the coil, yet move the meter and some of the other wires?

[Jimboot]

What happens if you keep the probes stationary relative to the coil, yet move the meter and some of the other wires?

I'll tell you tomorrow night. Bedtime in melbourne