The Master Of Magnetics "Steven Mark"

[mrd10]

Guys so really whatever we pickup, like white noise or schuman resonance, or the earths magnetic field, if this gets amplified due to the magnets being placed near the coil, which causes rotation or oscillation, therefore we have a moving magnetic field which will get induced into the collector coil, I reckon its that easy.......I went looking for steel wire today at local hardware store which has gardening section, i wasnt too happy about the steel wire i got as it was thin, but it was the only one they had that was insulated, im going to try and source wire from somewhere else, keep experimenting guys, your doing well   

Dom   by the way i'm from Oz    ...lol

[jacob]

So jacob this coil is about your idea of the device...cause i like your view about the spirals.
as you look close to the image you can see that even the control wiring is a spiral itself.
all you have to do is tell me how to connect all and i will power it up.

Nice coil Marco! And I am certainly honored with its name. But you may have to leave it aside for a while. And maybe even build a new one. I am on a tight schedule this morning, so this will be a short post. But let's go over a few points.

First, a word about the spiralling motion I mentionned in my last post. This phenomena goes on within the conductor and is what causes the kick through magnetic resonance. You don't need to use a twisted pair to simulate it. What is important here is the concept of magnetic resonance. This is what has to be achieved in order to produce the desired outcome (i.e.: energy extraction). And in the TPU, this is achieved by rotating a magnetic field radially.

Secondly, TPU replication must, in a sense, be undertaken in a spirit similar to the task of putting man on the moon. When NASA decided to go ahead with this project, they didn't put everything together at once, launched the rocket and hoped for the best. Not at all. Every subsystem was tested and fine-tuned independantly before the Apollo 11 mission was launched. In other words, you can't build a complete TPU from scratch in every detail unless you know exactly what you're doing. There is a level of understanding involved here. Each coil has to be winded according to what it is expected to do. One has to consider many parameters like the frequency  it will operate at, or the value of other components interacting with it. You see my point?

I wonder how many of you who have hands on access to a workbench and to some instrumentation have an LC circuit that resonates at 7.8 hz or so. This is really the first step. Power is needed to operate the device. We need to tap an energy wave. And if this energy is not available at the above frequency, where is it going to come from? So why not begin with this and try to find out the most effective wire, coil setup, and so on to tap this energy source? From that point, the next step would then be to experiment with interaction between 2 resonant circuits oscillating at different frequency. It seems EMdevices has suggested an interesting experiment in that area. 

Just a suggestion, of course.

Have to go,

Regards,

Jacob. 

[EMdevices]

[EMdevices]

[starcruiser]

marco, you can determine, instead of calculate, your resonance.    Use one of your toroids but only wrap a single coil on it. Lets say no more then 5 degrees of the toroid.

Then,  hook it up to an osilloscope and get a 9 volt battery and quickly connected to the leads as well.  It will hopefully creat a quick pulse that you can see on the scope,  .... but a short time later, (micro seconds or even nano seconds,  you will see another fainter pulse, its the pulse that traveled around the circumference.  (or just use electronics to create quick pulses)

Use this time and realize its the period for one full trip around the toroid.   If you want 1/2 wavelenth resonance, then the freqnecy is  f = 1/(2T) ,  where 'T' is this time you measured.  If you want 1/4 wavelenth resonance f=1/(4T), etc.

EMdevices,

In your opinion would we see the same effect with a stranded copper coil/core as you get with an solid iron wire core? I am sure the eddy currents would be potentially less due to the stranded wire.

Also, what is the formula to determine the wavelength of the core? would it be the same as a standard antenna? SM uses a 4" diameter coil on his smaller unit, we might be able to back into his wavelength since he mentions 5khz approx.

I am thinking the SM core is a partial wavelength (1/8, 1/4, etc...) would we need to worry about the tickler/control coil resonance or inductance as well? or would it be more important to worry about the length of the coil on the core (you mentioned 5 degrees of wrap). maybe both? 

I am thinking he is using the smaller torrids for a feedback mechanism for the oscillator (air core transformer idea) thus the position to the control coils would be potentially critical due to phase relationships to the cores resonance per your comment as to leading/lagging phases. He also mentioned multiple frequencies in his larger unit, so this may relate to the 2 smaller torrids (oscillators) in the core being 180 degrees out of phase on the larger core thus providing a signal mixing in the large core providing a moving field. What do you think?

regards,

Carl