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

[pomodoro]

Need to see oscilloscope traces of input to the diodes. 1n4148s aren't ultra fast so the supposedly AC output from the cell should be visible on a scope that can handle UHF. At the moment it looks like a short dipole picking up random noise in the room.

[MarkE]

Need to see oscilloscope traces of input to the diodes. 1n4148s aren't ultra fast so the supposedly AC output from the cell should be visible on a scope that can handle UHF. At the moment it looks like a short dipole picking up random noise in the room.

Do we know the diodes are 1N4148s?  The Trr on those is around 4ns.  It could be that this is an RF set-up.  But, 6V is a mighty big signal.  And, ignoring leakage current in the capacitor, the source impedance appears to be in the 1 MegOhm range. 

It is going to be difficult to come up with a scope probe active or passive that won't heavily load such a high impedance.  A 10X passive probe looks like around 1K Ohm at 100MHz.  A 100X probe won't quite get you to 10k Ohms. An active FET probe is only going to get you up to around 25k - 100k Ohms depending on the vendor.   

[synchro1]

It could be an RF receiver.  But to get to 6V the field would have to be very intense.

I experimented with "Stiffler's Spontaineous Charge" effect for months and uploaded hundreds of posts about it. I got the same effect by snugly positionng two coupled diametric neo tube magnets inside the air core of a series bifilar solenoid coil. I drove 125 miles into the wilderness to test the "Electronic Smog" theory, which failed. It showed the same charging effect way out in the woods. Stiffler goes on to say the charging stops abruptly. I reported this abrupt stop in my past posts, so we know we're dealing with the same effect.

I used only one fast switching Shottky Diode in series between the coil lead and the high voltage capacitor.

[MarkE]

I experimented with "Stiffler's Spontaineous Charge" effect for months and uploaded hundreds of posts about it. I got the same effect by snugly positionng two coupled diametric neo tube magnets inside the air core of a series bifilar solenoid coil. I drove 125 miles into the wilderness to test the "Electronic Smog" theory, which failed. It showed the same charging effect way out in the woods. Stiffler goes on to say the charging stops abruptly. I reported this abrupt stop in my past posts, so we know we're dealing with the same effect.

I used only one fast switching Shottky Diode in series between the coil lead and the high voltage capacitor.

If one has:  A coil => rectifier => capacitor, and one adds to this a strong magnet, then moving the magnet into place with the motion in one direction generates a voltage impulse that will charge the capacitor through the diode.  If the capacitor and diode each exhibit low leakage, then the capacitor can retain the charge for a long time.

[synchro1]

If one has:  A coil => rectifier => capacitor, and one adds to this a strong magnet, then moving the magnet into place with the motion in one direction generates a voltage impulse that will charge the capacitor through the diode.  If the capacitor and diode each exhibit low leakage, then the capacitor can retain the charge for a long time.

@MarkE,

Flashlight shaker circuit! I'd bet any amount of money that a section of thin walled copper water pipe with a diametrically polarized tube magnet positioned snugly inside would generate the same kind of current as Stiffler's setup! It's important that the field's at 90 degrees to the conductor face. The connections would probably both attach to the copper pipe.