"Quantum Receiver".

[synchro1]

schematic;

[skywatcher]

Ok... i built it like in the pictures. The LED is working when i connect the plug to the open end of the transmitter coil.
But it's also working when i connect it to the generator output directly, without the coil. And it works at any frequency.

It doesn't work as a wireless receiver.

[synchro1]

Ok... i built it like in the pictures. The LED is working when i connect the plug to the open end of the transmitter coil.
But it's also working when i connect it to the generator output directly, without the coil. And it works at any frequency.

It doesn't work as a wireless receiver.

Attach a clip wire to the end of the coil. What kind of diodes are you using? Fast switching Shottky are the kind preferred. Try turning the power up to 20 volts. Watch you don't burn the LED out. Check it if possible periodically if you're making contact.

[skywatcher]

1N4148

[synchro1]

1N4148

O.K. The diode checks out. You're very close to illuminating your first LED with wireless power from the Quanta. You made tremendous progress so far. Maybe it's time to take a rest and reflect on your achievements.

I'm sorry you went ahead with thick insulated wire. I didn't realize what you were up to in time. It was a mistake to use insulated wire on the coil. Insulation kills the resonance. Magnet wire is essential.

Think about what happened. You lit a bulb through a single wire. Why; The capacitance is seeping out between the wire and the insulation. It can't broadcast through the insulation. Understanding why the LED lit at all will show that your experiment was at least a partial success. That's not electricity! That small amount of power flowed in from the "Infinity of Space". There is a ground to the signal generator, but the ground from the generator is laying on the bench; So how could it be possible that there's electricity flowing through the coil wire? The voltage that lit the LED from the end of the coil wire was not generated by the signal generator, but channeled from the Quanta.

You officially succeeded! Congratulations.