Dr. Stiffler's "New" Quantum Energy Reciever.

[xee2]

I think those trying to understand Dr. Stiffler's device should look at Faraday's law. Faraday's Law simplified: when the strength of a magnetic field going through the center of a coil changes - then a voltage is produced across the coil's leads. As I pointed out in previous post, the capacitor and its leads form a loop (one turn coil) at high frequencies.

[synchro1]

I think those trying to understand Dr. Stiffler's device should look at Faraday's law. Faraday's Law simplified: when the strength of a magnetic field going through the center of a coil changes - then a voltage is produced across the coil's leads.

@Xee2,

How does Faraday's law help explain the Leedskalnin locking effect? Faraday's law dosen't cover every event we need Lorentz to help understand.

[MarkE]

@Xee2,

How does Faraday's law help explain the Leedskalnin locking effect? Faraday's law dosen't cover every event we need Lorentz to help understand.

Leedskalnin's effect is simply residual magnetization.

[pomodoro]

Replicators, assume that the powerful magnetic field is being modulated by some unknown force, the plates of the capacitor pick up this modulation and the diode bridge rectifies the AC into DC.

Obviously, an oscilloscope attached to the wires before the bridge will see some kind of alternating voltage not of high frequency (the 0.01uF will short out high frequencies). Without the electrolytic,  this voltage will be quite large.  In fact, the rate of charging was quite high on the Doc's videos, so either this voltage is huge and the impedance of the source high, or it a voltage of a few volts with a modest impedance. There has to be a peak voltage of at least what the electrolytic levels out to. The oscilloscope earth clip should not be attached directly, but use a high value resistor in between, to avoid unbalancing the 'generator' and turning the other half into a pickup antenna for low frequency noise. If you do this, at least you can see if the modulation is the 6oHz in your house, or something unexplainable.
I guess I'm getting too carried away here, first we need a working replication. Hopefully the Doc will provide us with some oscillograms soon.

[xee2]

In Faraday's law:
(voltage produced across the coil's leads) = (change in magnetic field strength) dived by (time it takes for strength to change)

Thus a small strength change in a very short time can produce as much voltage as a large strength change over a longer time.

In Dr. Stiffler's device the question is what is causing the magnetic field strength to change and is that really what is creating the voltage he is measuring.