"Quantum Receiver".

[skywatcher]

Dr. Puthoff told Dr. Greer he and his family would be killed if he tried to bring this "Quantum Energy from the Vacuum" out; Well Here's Jonny!

All anyone needs to do is to wrap a single wire air core coil with a (SRF) of 13.56 and they can help themselves. It really doesn't take that much What's the big deal?

Dr. Stiffler shows that you can place multiple diode rings in adjacency to the resonating clip wire and generate any amount of electrical power!

We have a new word: 13.52 is an "Automorphic Frequeny". The Ideal Frequency of 13.52 squared matches the last digit of itself.

If it's so easy, can you show us a picture of your quantum energy generator which powers all your electrical devices ?   

[synchro1]

If it's so easy, can you show us a picture of your quantum energy generator which powers all your electrical devices ?   

No; But we wouldn't need to Cryocool a diode ring to transmit a Quantum bit by field modulation.

The point Dr. Greer makes is that if Dr. Puthoff showed the picture of his, he and his family would be killed.

[synchro1]

The 13.60 divided by the OM frequency of 432 Hz equals Pi or 3.14.

[skywatcher]

I have made a coil:  0.4 mm wire wound tightly on a plastic pipe of 16 mm diameter,  the coil is 68 mm long.
It looks very similar to the coils i saw in the videos. I measured an inductance of 76.1 µH.

I connected this coil to my frequency generator (via 1 kOhm resistor) and tried to measure the voltage of the sine wave on the coil with my scope.
But i don't see any resonance at all. The voltage remains more or less the same regardless of the frequency.
If i connect a capacitor (some pF) parallel to the coil i get a very weak resonance, but the 'peak' is some Mhz wide so i don't want this to call a resonance...

Edit: If i use a 100 Ohm resistor instead of 1k nothing changes.

[synchro1]

I have made a coil:  0.4 mm wire wound tightly on a plastic pipe of 16 mm diameter,  the coil is 68 mm long.
It looks very similar to the coils i saw in the videos. I measured an inductance of 76.1 µH.

I connected this coil to my frequency generator (via 1 kOhm resistor) and tried to measure the voltage of the sine wave on the coil with my scope.
But i don't see any resonance at all. The voltage remains more or less the same regardless of the frequency.
If i connect a capacitor (some pF) parallel to the coil i get a very weak resonance, but the 'peak' is some Mhz wide so i don't want this to call a resonance...

Right. Dr. Stiffler says it's not easy to learn how to do it. These guys like Lidmotor bought them from Stiffler as part of his SEC-13 kit. Stiffer says inductance measurement and formula won't serve as an accurate enough measure to arrive at the true (SRF). I don't know where to go from here. The precision of that coil is the critical criteria for any success. Lidmotor's L-3 coil is like a precious Jewal.

Dr. Stiffler stated that; You would need an introductory course in basic Scope Engineering before he could begin to teach the technique to arrive at the precise dimension.