TK device, TPU.. Only enter if you seek truth. Cause here it is...

[verpies]

@yfree
Do you see a copper "multiplication pipe" inside the coil, at the very end of this video ?

[yfree]

@yfree
Do you see a copper "multiplication pipe" inside the coil, at the very end of this video ?

This is Tiger's old video. There is metallic insert into the  ferrite coil, not necessarily copper. It also has a slit. He used to spark on this metallic insert and observed some interesting phenomena but not extra energy generation.

[core]

The TK/Tesla device.

Be mindful that electrons are lighter then protons. When jolted out of the ambient air a region of positive charges are left behind (positive ions). Hence charge separation has taken place. The electrons travel towards ground to find a path back to the positive ions. This is why TK uses large ground wire, this allows to pull the electrons 'back' to the positive side.

Here we couple the ambient air with the earth and create a close loop system. TK spoke of radiation at one time. We see his 3 phase 2005 video has some plaster/concrete around the main coil. This may be to cut down on the gamma radiation.

My two cents in pictures.

- Core

[sparks]

  This may be of interest.  Magnetism can be explained as the flow of virtual particles that create the charge we associate with the electron and proton.  As there appears to be no lack of charged particles there appears to be an abundance of virtual particles responsible for the charge appearing on said particles.  In nanosecond created high density electric fields acceleration of electrons can reach relativistic velocities leaving the virtual particles in the dust so to speak.  The virtual particles instead of the usual flow into and out of existence convert into real photons.  At a quantum level a bound electron is bound to the neucleus due to the exchange of virtual particles with the proton.  Converting these virtual particles to real particles with real mass/energy by "the establishment" is exciting.  Notice that no one appears to know what to make of it.  http://www.gizmag.com/scientists-create-real-protons-from-virtual-ones/20689/
   
If we create an intense electric field as one would find between conductors seperated by a dielectric, this field is very capable of accelerating electrons.  One would find such a field within a capacitor.  A capacitor is two conductors seperated by a dielectric.  In a microwave oven we find two conductors seperated by a dielectric in this case the dielectric is a partial vacuum.  The anode cathode is pulsed while the heated filament supplies the electrons to be accelerated.  In order to create the microwave photons the acclerated electrons encounter a flow of virtual particles that is ordered,  A permanent magnet creates a well ordered and predictable distribution of charged particles hence a predictable and well ordered flow of virtual particles into and out of the space it occupies.  The vp flow of the accelerated electron reacts with the vp flow of the permanent magnet.  This causes the accelerated electron to change it's mass/velocity and in so doing radiate photons in the microwave spectrum.  No mysteries well understood process.  Now remove the permanent magnet and replace with an inductor coil.  Time the inductor current to lag the capacitor charge and you have an rlc circuit.  The anode cathode charges-accelerating field established-electron acceleration occurs-capacitor discharges into inductor-electrons brake-photons radiated.  Inductor secondary charges capacitor and cycle repeats until low grade thermal photons are created which just result in molecular vibration of the conductor medium employed.

[elementSix]

Hey Yfree, and or Verpies...  I am interested in electric waves and wave length in certain lengths of copper wire.  How the wave acts if the wire is the exact length of say, 1 full wave length.  Does it bounce back and fourth or does it just stop at the zero point at the end of the wire?  Sorry I can't be a little more descriptive, but you get the question. 
What happens to the wave when a wire is soldered to another wire? Does it disturb the wave any?   
What happens if you apply a current to a copper ring, by way of which way does the wave move, does it go both ways??

Thanks for any input...