Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[energia9]

I cannot explain it without further experiments.
If your light bulbs are of the incandescent type and there are no errors in your house wiring (e.g. ground loops or incomplete grounding) then this effect seems anomalous.

incandescent bulbs, there is good grounding in the house. interresting.

[BlackBishop]

But are they really getting blocked by the LC circuit? If an LC circuit in a radio blocks all frequencies which are not in resonance then consequently a radio without an LC circuit (maybe because the LC circuit in the radio is broken) should receive all frequencies of all stations at once because no frequency is blocked. But I can't remember having ever seen a broken radio that receives all stations in range simultaneously. Why is that so?

Yes it would - at least AM radio - but please keep in mind, that air is so "polluted" with many stations that after they all add (including EM smog, lightnings etc.) you would hear just noise. If there is radio station nearby its signal would be strong enough to be easily heard out of noise.

Is that so because the LC circuit does not block all non-resonant frequencies but it rather amplifies the resonant frequency? If so then where is the energy coming from which is needed to amplify the resonant frequency? Is the energy coming from a battery or power supply (as generally accepted)? If so then how can a Crystal Radio (notice the grounding) without any power source receive a resonant radio station?

Yes it does block in both cases (parallel and serial LC). Look at this as two separate components and please remember yourself how current and voltage are related (phase shift) for L and C for AC.
In parallel coil shunts to ground signals with low freq, capacitor shunts to ground signals with high freq. For resonant frequency L and C reactances are equal but with different sign. They cancel each other so you may look at this as open circuit - all except main freq go to ground so what is left is your useful signal.
For serial connection it is similar - too low frequencies do not pass through cap, too high are attenuated by coil. And again for resonant frequency same situation as above but as they are connected in series they behave as short circuit.

Is that so because the energy which amplifies the resonant frequency is coming rather from the aether than a battery? And here the aether means literally the aether, not the remote radio transmitter. The transmitter (the radio station) provides only the resonant frequency but not the power.

Thus any Cristal Radio would be an »Over Unity« device per se (just as a side note).

I would not say amplify - it rather builds up over time. LC is not overunity by itself. And yes power comes from radio station.

[TinselKoala]

Try!

Not hot if connect biger coil and current transformet with diods. :-) :-). Like Stepanov
Current in this paralel resonance is very HI, about 100Amps, and voltage is cca 30V.

Circuit consumes 7-8 Amps on the 12V battery :-)

The video shows a simple induction heater. These circuits really are simple, and they are the SAME CIRCUITS used for inductive power transfer systems, operating at a different frequency. The high power in the resonant LC loop is reactive power, circulating like a flywheel, and it induces strong eddy currents in the sample to be melted. The Joule heating caused by the eddy currents is what melts the sample. The "transmitting" coil in these systems will actually stay relatively cool but are heated by the sample's heat, so the heating coil of an induction heater is often in the form of a hollow copper tube, as shown here, and has water circulating through it for cooling.
Yes, 1500 or 2000 Watts input is plenty for an induction heater to melt small samples quickly.

[TinselKoala]

On the other hand a radio can receive sometimes two stations simultaneously (if not working the right way) but not all the stations in range.

Yes, it can... .but of course this will sound just like white noise with lots of modulation in the background. The problem is that the radio's tuning allows it to "concentrate" weak signals to the point of usefulness. If the receiver isn't tuned, it picks up broadband energy but none of the modulation is strong enough to be decoded into coherent information.

But there is no time to accumulate energy because the energy is consumed constantly by the Crystal Radio's headphone.

A crystal radio's headphone is a piezo element, usually. It's very high impedance and works mostly by electric field variations, not magnetic like a loudspeaker or dynamic (magnetic) headphone. If you simply replace the crystal headphone with a diode and capacitor you can accumulate the received energy.

Hmmm ...

If the energy received from the transmitter through the air is (let's say) 0.000001 watt and the headphone needs 0.001 watt to make any sound then this would mean an amplification of 1000 times due to the resonant LC circuit. Now what if the input is 1 watt (directly not through air) then would this mean the output of the LC circuit could be 1000 watt?

Hmmm ...

The Watt is a unit of power, not energy. Power is not conserved. Certainly it is possible to achieve the kinds of amplifications of POWER you describe and radio receivers do that all the time. They take small powers oscillating at high frequencies and convert them to higher powers oscillating at much lower (audio) frequencies. The Crystal set does this without needing external power because it doesn't then have to amplify the detected and decoded signal coming from the crystal or diode. If you look at the _energy_ received at the antenna at high frequency and compare that to the _energy_ coming out of the headphone, you will see that even though the (peak) power is greatly amplified, the energy coming out of the receiver's output is slightly less than the energy going in to the antenna. Energy is the power, integrated over the time interval of interest. If you have lots of tiny power peaks, that can be the same _energy_ as a few, larger power peaks in the same time interval, and that's what happens when a crystal radio takes a 1200 kHz signal and converts it to 100-15000 Hz modulations at the earphone.
Adding powered amplification stages to the RF, IF and audio sections of a radio of course adds energy to the output signal.

[elementSix]

This was in an A E-BOOK  I am reading at the moment.  Thought it was interesting..
QUESTION: What is an Electret?
ANSWER: A solid electrically insulating, or dielectric, material that has
acquired a long-lasting electrostatic polarization. Electrets are produced
by heating certain dielectric materials to a high temperature and then
letting them cool while immersed in a strong electric field. An electret is
an analog of a permanent magnet. The Columbia Encyclopedia, Sixth
Edition states;
"If you take one electret and one magnet you will get a surprise. When not
in motion, these two differing objects will have no effect on one another.
It is only when you move them that anything happens ... and ... it is not
the familiar attraction-repulsion. When a pole of the magnet is in relative
motion to a "pole" of the electret they push each other at 90 degrees to
the direction of motion. The effect is entirely odd and immediately
unfamiliar (unless you are a physics student).
QUESTION: Can the Electret effect be used to generate power directly?
ANSWER: The general concensus of the experts is no, but there are some
new techniques that raise doubts about their certainty. One new
technique is to mix ferrite granules into the dielectric when it is formed. A
magnetic field applied at a right angle to the resulting electret's field has
a dramatic effect in maximizing and recharging the electret effect.
There is very little doubt, however, that the electret is much more
effective in generating power indirectly by using it's field to move and
trap existing electro-static charges. A prime example of this are reports
from amateur radio operaters of the static charges collected by coaxial
cables.
A great many of the numerous claimed free-energy machines are
obviously employing the electret effect to collect electro-static charge..
QUESTION: In what materials can the strongest manifestation of the
electret effect be produced?
ANSWER: In general the higher a materials insulating properties are, the
better an electret it will form. Thus, teflon is near the top of the list, with
glass, plastics and ceramics.
Another important factor in plastic materials is the strength of the
polymer bonds. This factor also relates to the fact that the thinner the
material is, the more intense the electret's field because the stress on the
polymer's bond is transmitted through less intermediate material. But this
is limited by the dielectric constant as well because if the electret's field
generates a voltage high enough to break down the dielectric resistence,
the device arcs across its own field and self destructs.