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

[MarkE]

Everyone knows I got great results with two powerful 3/4" diametric tubes seated inside the aircore of a 30 gauge Tesla wraped bifilar 1 1/2" spool. I live in the great north woods and tried this miles from nowhere with equal success. There's really something else aside from RF going on here with what I'm calling the (Cook Battery Effect).

Did you use a spectrum analyzer or other tunable receiver to determine what the background RF was at your test location?  Did you alternately place the experiment in a Faraday cage?

[synchro1]

Did you use a spectrum analyzer or other tunable receiver to determine what the background RF was at your test location?  Did you alternately place the experiment in a Faraday cage?

@MarkE,

Dr. Stiffler asked for a week to iron some legal issues out. He promised to run those kinds of tests soon, and upload the videos. Stiffler needs to break one of his capacitors open to determine the internal construction. Paper and oil capacitors would react differently to the magnet field's than rolled up foil. What are they really?

It should take only a few minutes to fully charge the capacitor this way. Overnight time spans signal a serious problem!

[MarkE]

@MarkE,

Dr. Stiffler asked for a week to iron some legal issues out. He promised to run those kinds of tests soon, and upload the videos. Stiffler needs to break one of his capacitors open to determine the internal construction. Paper and oil capacitors would react differently to the magnet field's than rolled up foil. What are they really?

It should take only a few minutes to fully charge the capacitor this way. Overnight time spans signal a serious problem!

The construction of his 15kV 2200pF disc capacitor is self evident without removing the insulating cover.  The 15kV rating dictates one dielectric layer sandwiched between two metalization layers each bonded to one of the leads.

Here is an illustration of such construction:  http://electrical4u.com/electrical/wp-content/uploads/2013/11/ceramic-capacitor.jpg

For 15kV the diectric type is probably Class 1.

[synchro1]

The construction of his 15kV 2200pF disc capacitor is self evident without removing the insulating cover.  The 15kV rating dictates one dielectric layer sandwiched between two metalization layers each bonded to one of the leads.

Here is an illustration of such construction:  http://electrical4u.com/electrical/wp-content/uploads/2013/11/ceramic-capacitor.jpg

For 15kV the diectric type is probably Class 1.

@MarkE,

Thanks. Two circular metal charge plates the same diameter as the magnet disks, seperated by a di-electric, looks best. Increasing the diameter of the disk magnets along with the charging plates would be the best scale up approach. Hockey pucks!

Lidmotor tried using the wrong kind of capacitor and too few magnets.

[xee2]

I think he is using a high voltage cap from http://www.amazing1.com/capacitors.html. I have several like it, but that specific capacitor is no longer available. There are several similar cap.