2Sgen "Cook" resonator

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Look at this first radio schematic: There's an LC tank between the coil and Leyden Jars charged by the secondary spark. This signal has very low range due to transmission interference. Two coils and twin sets of Leyden Jars, double tuned to high "Q" would magically generate an Earth resonant frequency harmonic: This broadcasts a Marine quality signal. Both Earth resonance and double tuned "Q" are sympathetic chord  frequencies.

Tesla's "Magnifying Transmitter" worked on this principle; Tesla's power broadcast band was an Earth resonant harmonic frequency.

Our overhead wire conductor grid makes no more sense then the old telegraph lines did for morse code. The 2Sgen resonator will broadcast power wirelessly with no wire connections. The bonus is that we can use the broadcast power equation because at that frequency there is no longer any Ohmic resistance and the range is the radius of a sphere. That means we can recover the power with multiple receivers like Gotoluc demonstrated in his last video:

https://www.youtube.com/watch?v=qR1HN0GZ4IQ

Luc's test is excellent but slightly inferior because he lacks precisely tuned capacitance and compromises his "Q" standing wave to a beat. Nevertheless his receiver load has zero effect on the input. The variable capacitor Gotoluc complains about is a worthless radio tuner with large gaps between the conductor plates, not a power trimmer capacitor.

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Tesla's double tuner patent made "Short wave" radio possible, linking international locations through the ionosphere. Tesla reduces the dual tuner "Q" from 30 MHz in his radio broadcaster to 12 Hz in his power transmitter to harmonize with the Earth resonace.

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Every double tuner "Q" is an Earth resonance harmonic. "Q" is a chord not a note.

JLN quote: "in this case 200 Hz is the best ratio". We need to tune the "Q" to the pulse frequency. We can connect a Cupola with a trimmer capacitor in series on the secondary output coil and transmit the power wirelessly to receiver resonators tuned to the same frequency..

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                                                                  Tinsel coil

Gotoluc has 4 Tinsel coil videos.  His receivers are oscillators that pick up only one frequency.

Tesla's double tuned resonator broaden's the range of frequencies in the broadcast band.

This allows the operator to locate the Earth Resonant frequency which is not constant but shifting in a range. We can transmit high amperage at the resonate frequency. How much power can we transmit in the megahertz?

There is also amplifier gain in the resonant receiver that fails to appear in the oscillator.

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                                                                     Tinsel coil

Gotoluc's Tinsel coil setup has an output that is directly proportional to the copper mass in the receiver coils.

The output is generated in the copper of the individual receiver coils not transmitted from the broadcaster.

A series of resonating spiral bifilar receiving coils spaced at the wavelength nodes would transmit and generate power one to the other for any distance like a line of tuning forks.

There is no carrier gain in Luc's oscillator. He needs to nest all his receivers around the broadcaster. The resonating receivers would amplify the signal enough to string them out in a line feeding one another serially. The Tinsel coil could be compared to a walk talky while a resonator a CB radio.

These coils then create a capacitive pathway for the transmission of power. Dr. Dollard demonstrates the capacitor pathway in his video series. Capacitors store power in voltage across the conductor plates. Raising the voltage on one end of a string of capacitors in resonance will result in a rise in voltage on the other end; Then we can lower the voltage on the far end and sucessfully transfer power that way.

The benefit to this Tesla power transmission system is that voltage can be tailored instantly to the load without pumping water up hill from a coal fired generator to feed amperage on demand.