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

[synchro1]

The secret "Orgone Generator" of Wilhelm Reich: Magnets and copper plates!

https://www.youtube.com/watch?v=7OTvzsAupVk

[synchro1]

hi synchro

do you know how to replicate this?

@Madama,

I tried to build a Cook battery. I wraped 3/4" dielectric conduit with thin magnet wire serial bifilar. Cook explains you can use magnets or ferrite for a core in his battery. I positioned 8 linked 3/4" diametric magnets in the core. The coil ends went to a diode and cap like Stiffler's set up. Voila, the cap spontaneously charges then abruptly stops. Try snugly placing a powerfull diametric neo-cylinder in the air core of a bifilar solenoid coil with ends attached to rectifying diodes and high voltage capacitor. Stiffler scavenged one from a disposable flash camera. The magnets and copper generate A.C. current.

[tinman]

Take the magnets away,and i bet the cap will still charge up-been there,done that.
Nothing like mains signal traversing the workshop,and coupled to two good size plates(acting as collectors) to i see.

[synchro1]

Take the magnets away,and i bet the cap will still charge up-been there,done that.
Nothing like mains signal traversing the workshop,and coupled to two good size plates(acting as collectors) to i see.

@Tinman,

Dr. Stiffler disconnects the capacitor from the Quantum Receiver and compares the unattached "Cap Bounce" to the connected magnet charge. Big difference!

Stiffler has the negative capacitor electrode attached to the south end of one magnet stack, and the positive capacitor electrode attached to the copper seperator plates between the magnet stacks, through a FWBR.

[ALVARO_CS]

Stiffler has the negative capacitor electrode attached to the south end of one magnet stack, and the positive capacitor electrode attached to the copper seperator plates between the magnet stacks, through a FWBR.

Sorry to disagree Synchro !
No positive nor negative leads as he clearly states that the FBR is needed to rectify the AC going to cap.
Nothing attached to the south end of magnet stack !