"Quantum Receiver".

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Lidmotor has identified the Music Coil as an L-3 coil. He's running the wireless transmitter off a 12 volt D.C. battery and a cool transistor, not 24 A.C. transformer volts with a heat sink! Plus he says the coil works great.

I guarantee you that this "Music Coil" would help illuminate an Avramenko type Stiffler diode bridge from a signal generator like the videos.

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What does LidMotors Stiffler set-up have to do with 13.56 million cycles per second?

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Watch this: Lidmotor's running a 110 volt LED panel at full brightness from a 9 volt battery. COP has to be over 10,000. This circuit will illuminate the LED panel with 9 volts through a "Music Coil".

https://www.youtube.com/watch?v=PqsVQPLXi3E&t=7s

This 9 volt Crystal circuit could illuminate a Stiffer diode loop. The question haunts us; How many "Diode Loops" can be fully lit by the same field? Stiffer demonstrated that multiple diode loops reinforce each other and grow even brighter as more LEDS are added due to capacitance resonance.

However; The focus of this thread is the "Quantum Telegraph" not the "OU loop".

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Skywatcher appears to be really confused because he said the "Music Coil" was lower in frequency because the wire was finer. This is backwards!

Anyone can see that Lidmotor's L-3 Stifler SEC coil is very close in size to the "Music Coil". Skywatcher said he estimated the (SRF) of the "Music Coil" at 3.5 Mhz because the coil is smaller is exactly backwards because it would need to be three times as large to be that much lower in Hertz.

Lidmotor shows how to tune the air core coils with a ferrite core by increasing the coil's inductance when penetrating the air core with the ferrite rod thereby lowering the frequency. Just like increasing the size of a capacitor would lower the frequency in an LC tank. Increasing either Henries of inductance or Farads of capacitance lowers LC frequency, and the inverse is the same; Reduction of either value will increase frequency.

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Watch the Input Voltage when this tester illuminates an additional 120 volt panel of LED's:

https://www.youtube.com/watch?v=F3bjYHG1jfg&feature=youtu.be