Creating TPU Steven_Mark

[Turbo]

What also caught my attention was that the same setup and number of coils is being used in modern MRI and NMR equipment.
These coils slide into each other.

[Jeg]

Hi Turbo
Thanks for the answers.

The "vibration" part is very interesting and needs some discussion. i have created vibrations by using beat frequencies a lot of times for several projects. Perhaps the vibration part of SM's is a side effect of a modulated signal, occured by the synthesis of the higher harmonics more, than a simple acoustic resonance of a some kind of cavity which doesn't exist anyway in SM's devices. What is your opinion on that?

[Jeg]

Don't you think that this device uses just two collector coils and not control coils at all?

[T-1000]

Don't you think that this device uses just two collector coils and not control coils at all?

The more critical and right question there would be how inventor (SM was just a seller) made electrons move along wire in solid state coils between magnetic fields of magnets. Which also brings topic about how to simulate moving magnet from multiple coils on same base...

[Turbo]

Hi Turbo
Thanks for the answers.

The "vibration" part is very interesting and needs some discussion. i have created vibrations by using beat frequencies a lot of times for several projects. Perhaps the vibration part of SM's is a side effect of a modulated signal, occured by the synthesis of the higher harmonics more, than a simple acoustic resonance of a some kind of cavity which doesn't exist anyway in SM's devices. What is your opinion on that?

It could be way simpler then most people are thinking.

From what i had understood, the vibration is a result of magnetic heterodyning
Apparently Steven was mixing frequencies to produce another beat or center frequency.
Many people speculated that the device was tapping into the Shumann Resonanance because Steven wrote about Tesla and his lightning experiments.
The coils are way too small to resonate with these huge magnetic waves that are centered around 7.8 Hertz, but if you somehow could make the coil appear bigger, or resonate with a field by generating a field with a close matched base frequency, then it could be something to look into.
Certainly a 15 inch subwoofer can generate a 7.8 Hertz frequency so that could represent the magnetic transducer.

Also i spoke to people who actually have held several of these devices in their hands while in operation and the gyroscopic effect might be too fancy a word for the property.
As they explained to me it felt very similar to an electric sander, the hand held electric power tool.
This effect is relatively easy to recreate by setting up some bucking fields and would sure enough give the impression or appearance of a gyroscopic effect but does not necessarily have to be a high quality rotating field at all.

My units behave as though they are variable tuning devices, and we are tuning them to a frequency just like a radio.
The closer you get to the center frequency the more power you permit the collector to dissipate into a load.